"ID"	"ElementID"	"Activity"	"Existing_Potential"	"Effect"	"Impact"	"Mitigation_in_place"	"Description"
2	"ACACIA CREEK_Northern Rivers_2"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3	"ACACIA CREEK_Northern Rivers_876"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
4	"ACACIA CREEK_Northern Rivers_877"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
6	"ALICE BROOK_Northern Rivers_386"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
7	"ALIPOU CREEK_Northern Rivers_1485"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
8	"Alstonville Plateau Spring_Northern Rivers_2510"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
9	"Alstonville Plateau Spring_Northern Rivers_2511"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
10	"Alstonville Plateau Spring_Northern Rivers_2512"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
11	"Alstonville Plateau Spring_Northern Rivers_2513"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
12	"Alstonville Plateau Spring_Northern Rivers_2514"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
13	"Alstonville Plateau Spring_Northern Rivers_2515"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
14	"Alstonville Plateau Spring_Northern Rivers_2516"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
15	"Alstonville Plateau Spring_Northern Rivers_2517"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
15	"Wyaralong Dam_South East Queensland_5"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing down waterways and into the water asset.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This asset is a major habitat for water foul and migratory birds, as well as native fish and other microfauna.  Under the JAMBA, CAMBA and ROKAMBA agreements, these migratory bird habitat sites need to be protected as the species are critical to other ecosystems around the world.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
16	"Alstonville Plateau Spring_Northern Rivers_2518"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
16	"Wyaralong Dam_South East Queensland_5"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing down waterways and into the water asset.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  As this asset is a major source of SEQ's drinking water, any contamination with toxic compounds could be at best expensive to treat, and at worst a catastrophe with both short and long-term human health impacts."
17	"Alstonville Plateau Spring_Northern Rivers_2519"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
17	"Wyaralong Dam_South East Queensland_5"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"Low"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then there may be excess water in our dams and flood mitigation would be less effective."
18	"Alstonville Plateau Spring_Northern Rivers_2520"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
18	"Wyaralong Dam_South East Queensland_5"	"Coal seam gas mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  In some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Storage of this coal seam gas water and ""fracking"" fluid is often in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of these dams in a catchment above the water asset will result in coal seam gas water and/or ""fracking"" fluid flowing down waterways and into the water asset.  This asset is a major habitat for water foul and migratory birds, as well as native fish and other microfauna.  Under the JAMBA, CAMBA and ROKAMBA agreements, these migratory bird habitat sites need to be protected as the species are critical to other ecosystems around the world.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise.  Recreational fishing includes the human consumption of the top predators (ie. native fish in Australia and/or birds & birds eggs in other countries) who by their position in the food chain are toxic chemical accumulators."
19	"Alstonville Plateau Spring_Northern Rivers_2521"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19	"Wyaralong Dam_South East Queensland_5"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing down waterways and into the water asset.  If the salinity of the water in SEQ's water storages is increased, there will be a considerable additional expense to purify the water to drinking standards.  In addition, beyond a certain salinity, dialysis equipment will not work, putting human lives at risk.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and should never be used near a potable water source as significant human health issues may result."
20	"Alstonville Plateau Spring_Northern Rivers_2522"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
20	"Wyaralong Dam_South East Queensland_5"	"Transportation and service corridors"	"Potential"	"Water Quality"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause soil erosion and thus have negative impacts on water quality.  However, because of the size of the storages, this impact is likely to be low.   There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
21	"Alstonville Plateau Spring_Northern Rivers_2523"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21	"Moogerah Dam_South East Queensland_6"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing down waterways and into the water asset.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This asset is a major habitat for water foul and migratory birds, as well as native fish and other microfauna.  Under the JAMBA, CAMBA and ROKAMBA agreements, these migratory bird habitat sites need to be protected as the species are critical to other ecosystems around the world.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
22	"Alstonville Plateau Spring_Northern Rivers_2524"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22	"Moogerah Dam_South East Queensland_6"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing down waterways and into the water asset.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  As this asset is a major source of SEQ's drinking water, any contamination with toxic compounds could be at best expensive to treat, and at worst a catastrophe with both short and long-term human health impacts."
23	"Alstonville Plateau Spring_Northern Rivers_2525"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
23	"Moogerah Dam_South East Queensland_6"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"Low"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then there may be excess water in our dams and flood mitigation would be less effective."
24	"Alstonville Plateau Spring_Northern Rivers_2526"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
24	"Moogerah Dam_South East Queensland_6"	"Coal seam gas mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  In some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Storage of this coal seam gas water and ""fracking"" fluid is often in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of these dams in a catchment above the water asset will result in coal seam gas water and/or ""fracking"" fluid flowing down waterways and into the water asset.  This asset is a major habitat for water foul and migratory birds, as well as native fish and other microfauna.  Under the JAMBA, CAMBA and ROKAMBA agreements, these migratory bird habitat sites need to be protected as the species are critical to other ecosystems around the world.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise.  Recreational fishing includes the human consumption of the top predators (ie. native fish in Australia and/or birds & birds eggs in other countries) who by their position in the food chain are toxic chemical accumulators."
25	"Alstonville Plateau Spring_Northern Rivers_2527"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
25	"Moogerah Dam_South East Queensland_6"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing down waterways and into the water asset.  If the salinity of the water in SEQ's water storages is increased, there will be a considerable additional expense to purify the water to drinking standards.  In addition, beyond a certain salinity, dialysis equipment will not work, putting human lives at risk.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and should never be used near a potable water source as significant human health issues may result."
26	"Alstonville Plateau Spring_Northern Rivers_2528"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
26	"Moogerah Dam_South East Queensland_6"	"Transportation and service corridors"	"Potential"	"Water Quality"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause soil erosion and thus have negative impacts on water quality.  However, because of the size of the storages, this impact is likely to be low.   There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
27	"Alstonville Plateau Spring_Northern Rivers_2529"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
28	"Alstonville Plateau Spring_Northern Rivers_2530"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
29	"Alstonville Plateau Spring_Northern Rivers_2531"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
30	"Alstonville Plateau Spring_Northern Rivers_2532"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
31	"Alstonville Plateau Spring_Northern Rivers_2533"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
32	"Alstonville Plateau Spring_Northern Rivers_2534"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
33	"Alstonville Plateau Spring_Northern Rivers_2535"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
33	"Maroon Dam_South East Queensland_8"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing down waterways and into the water asset.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This asset is a major habitat for water foul and migratory birds, as well as native fish and other microfauna.  Under the JAMBA, CAMBA and ROKAMBA agreements, these migratory bird habitat sites need to be protected as the species are critical to other ecosystems around the world.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
34	"Alstonville Plateau Spring_Northern Rivers_2536"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
34	"Maroon Dam_South East Queensland_8"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing down waterways and into the water asset.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  As this asset is a major source of SEQ's drinking water, any contamination with toxic compounds could be at best expensive to treat, and at worst a catastrophe with both short and long-term human health impacts."
35	"Alstonville Plateau Spring_Northern Rivers_2537"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
35	"Maroon Dam_South East Queensland_8"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"Low"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then there may be excess water in our dams and flood mitigation would be less effective."
36	"Alstonville Plateau Spring_Northern Rivers_2538"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
36	"Maroon Dam_South East Queensland_8"	"Coal seam gas mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  In some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Storage of this coal seam gas water and ""fracking"" fluid is often in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of these dams in a catchment above the water asset will result in coal seam gas water and/or ""fracking"" fluid flowing down waterways and into the water asset.  This asset is a major habitat for water foul and migratory birds, as well as native fish and other microfauna.  Under the JAMBA, CAMBA and ROKAMBA agreements, these migratory bird habitat sites need to be protected as the species are critical to other ecosystems around the world.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise.  Recreational fishing includes the human consumption of the top predators (ie. native fish in Australia and/or birds & birds eggs in other countries) who by their position in the food chain are toxic chemical accumulators."
37	"Alstonville Plateau Spring_Northern Rivers_2539"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
37	"Maroon Dam_South East Queensland_8"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing down waterways and into the water asset.  If the salinity of the water in SEQ's water storages is increased, there will be a considerable additional expense to purify the water to drinking standards.  In addition, beyond a certain salinity, dialysis equipment will not work, putting human lives at risk.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and should never be used near a potable water source as significant human health issues may result."
38	"Alstonville Plateau Spring_Northern Rivers_2540"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
38	"Maroon Dam_South East Queensland_8"	"Transportation and service corridors"	"Potential"	"Water Quality"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause soil erosion and thus have negative impacts on water quality.  However, because of the size of the storages, this impact is likely to be low.   There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
39	"Alstonville Plateau Spring_Northern Rivers_2543"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40	"Alstonville Plateau Spring_Northern Rivers_2544"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41	"Alstonville Plateau Spring_Northern Rivers_2545"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
42	"Alstonville Plateau Spring_Northern Rivers_2546"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
43	"Alstonville Plateau Spring_Northern Rivers_2548"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
44	"Alstonville Plateau Spring_Northern Rivers_2549"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
45	"Alstonville Plateau Spring_Northern Rivers_2550"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
46	"Alstonville Plateau Spring_Northern Rivers_2551"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
47	"Alstonville Plateau Spring_Northern Rivers_2552"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
48	"Alstonville Plateau Spring_Northern Rivers_2553"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
49	"Alstonville Plateau Spring_Northern Rivers_2554"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
50	"Alstonville Plateau Spring_Northern Rivers_2555"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
51	"Alstonville Plateau Spring_Northern Rivers_2556"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
52	"Alstonville Plateau Spring_Northern Rivers_2557"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
53	"Alstonville Plateau Spring_Northern Rivers_2558"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
54	"Alstonville Plateau Spring_Northern Rivers_2559"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
55	"Alstonville Plateau Spring_Northern Rivers_2560"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
56	"Alstonville Plateau Spring_Northern Rivers_2561"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
57	"Alstonville Plateau Spring_Northern Rivers_2562"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
58	"Alstonville Plateau Spring_Northern Rivers_2563"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
58	"Leslie Harrison Dam_South East Queensland_13"	"Transportation and service corridors"	"Potential"	"Water Quality"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause soil erosion and thus have negative impacts on water quality.  However, because of the size of the storages, this impact is likely to be low.   There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59	"Alstonville Plateau Spring_Northern Rivers_2564"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
60	"Alstonville Plateau Spring_Northern Rivers_2565"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
61	"Alstonville Plateau Spring_Northern Rivers_2566"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
62	"Alstonville Plateau Spring_Northern Rivers_2567"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
63	"Alstonville Plateau Spring_Northern Rivers_2568"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
64	"Alstonville Plateau Spring_Northern Rivers_2569"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
65	"Alstonville Plateau Spring_Northern Rivers_2570"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
66	"Alstonville Plateau Spring_Northern Rivers_2571"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
67	"Alstonville Plateau Spring_Northern Rivers_2572"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
68	"Alstonville Plateau Spring_Northern Rivers_2573"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
68	"Bromelton Dam_South East Queensland_18"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing down waterways and into the water asset.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This asset is a major habitat for water foul and migratory birds, as well as native fish and other microfauna.  Under the JAMBA, CAMBA and ROKAMBA agreements, these migratory bird habitat sites need to be protected as the species are critical to other ecosystems around the world.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69	"Alstonville Plateau Spring_Northern Rivers_2574"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
69	"Bromelton Dam_South East Queensland_18"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing down waterways and into the water asset.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  As this asset is a major source of SEQ's drinking water, any contamination with toxic compounds could be at best expensive to treat, and at worst a catastrophe with both short and long-term human health impacts."
70	"Alstonville Plateau Spring_Northern Rivers_2575"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
70	"Bromelton Dam_South East Queensland_18"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then there may be excess water in our dams and flood mitigation would be less effective."
71	"Alstonville Plateau Spring_Northern Rivers_2576"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
71	"Bromelton Dam_South East Queensland_18"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  In some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Storage of this coal seam gas water and ""fracking"" fluid is often in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of these dams in a catchment above the water asset will result in coal seam gas water and/or ""fracking"" fluid flowing down waterways and into the water asset.  This asset is a major habitat for water foul and migratory birds, as well as native fish and other microfauna.  Under the JAMBA, CAMBA and ROKAMBA agreements, these migratory bird habitat sites need to be protected as the species are critical to other ecosystems around the world.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise.  Recreational fishing includes the human consumption of the top predators (ie. native fish in Australia and/or birds & birds eggs in other countries) who by their position in the food chain are toxic chemical accumulators."
72	"Alstonville Plateau Spring_Northern Rivers_2577"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
72	"Bromelton Dam_South East Queensland_18"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing down waterways and into the water asset.  If the salinity of the water in SEQ's water storages is increased, there will be a considerable additional expense to purify the water to drinking standards.  In addition, above a certain salinity level, dialysis equipment will not work, putting human lives at risk.  Furthermore, in some instances toxic chemicals are used to hydraulically fracture (""frack"") the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and should never be used near a potable water source as significant human health issues may result.  Researchers have found that disposal of large amounts of fracking well wastewater presents risks from salts and radioactive materials that are several orders of magnitude larger than for other potential water pollution pathways."
73	"Alstonville Plateau Spring_Northern Rivers_2578"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
73	"Bromelton Dam_South East Queensland_18"	"Transportation and service corridors"	"Potential"	"Water Quality"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause soil erosion and thus have negative impacts on water quality.  However, because of the size of the storages, this impact is likely to be low.   There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74	"Alstonville Plateau Spring_Northern Rivers_2579"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
75	"Alstonville Plateau Spring_Northern Rivers_2580"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
76	"Alstonville Plateau Spring_Northern Rivers_2581"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
77	"Alstonville Plateau Spring_Northern Rivers_2582"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
78	"Alstonville Plateau Spring_Northern Rivers_2583"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
79	"Alstonville Plateau Spring_Northern Rivers_2584"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
80	"Alstonville Plateau Spring_Northern Rivers_2585"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
81	"Alstonville Plateau Spring_Northern Rivers_2586"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
82	"Alstonville Plateau Spring_Northern Rivers_2587"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
83	"Alstonville Plateau Spring_Northern Rivers_2588"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
84	"Alstonville Plateau Spring_Northern Rivers_2589"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
85	"Alstonville Plateau Spring_Northern Rivers_2590"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
86	"Alstonville Plateau Spring_Northern Rivers_2591"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
87	"Alstonville Plateau Spring_Northern Rivers_2592"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
88	"Alstonville Plateau Spring_Northern Rivers_2593"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
89	"Alstonville Plateau Spring_Northern Rivers_2594"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
90	"Alstonville Plateau Spring_Northern Rivers_2595"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
91	"Alstonville Plateau Spring_Northern Rivers_2596"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
92	"Alstonville Plateau Spring_Northern Rivers_2597"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
93	"Alstonville Plateau Spring_Northern Rivers_2598"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
94	"Alstonville Plateau Spring_Northern Rivers_2599"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
95	"Alstonville Plateau Spring_Northern Rivers_2600"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
96	"Alstonville Plateau Spring_Northern Rivers_2601"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
96	"Ramsar Wetland Moreton Bay_South East Queensland_28"	"Transportation and service corridors"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known, although ship speeds and courses are regulated."	"Both coal mining and coal seam gas mining require transport corridors, including exporting coal and gas via the ports on very large bulk ore carrier and gas tanker ships.  The potential for accidents in the seaway is significantly increased as there are more ships using it.  Moreton Bay has recently suffered significant environmental damage from a ""minor"" spill of heavy fuel oil from a container ship caught in a storm.  Any contamination of the water in the bay from the cargo or fuel will significantly impact the commercial and recreational fisheries of the bay, the marine park conservation zones, and the migratory birds that we have international  treaties to protect (JAMBA, CAMBA, ROKAMBA)."
97	"Alstonville Plateau Spring_Northern Rivers_2602"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
97	"Ramsar Wetland Moreton Bay_South East Queensland_28"	"Transportation and service corridors"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known, although ship speeds and courses are regulated."	"Both coal mining and coal seam gas mining require transport corridors, including exporting coal and gas via the ports on very large bulk ore carrier and gas tanker ships.  The potential for accidents in the seaway is significantly increased as there are more ships using it.  Moreton Bay has recently suffered significant environmental damage from a ""minor"" spill of heavy fuel oil from a container ship caught in a storm.  Any spillages of cargo or fuel from the ships will significantly impact the habitat within the Ramsar site.  The seagrass beds could be destoyed causing starvation of the endangered dugongs and turtles that feed on them.  The shorelines that the migratory birds that we have international  treaties to protect (JAMBA, CAMBA, ROKAMBA) could be  temporarily destroyed so as to disrupt breeding cycles and/or cause mass killings.  In addition, the additional ship traffic is likely to cause a rise in ship strikes of dugongs and turtles, further impacting their numbers and health."
98	"Alstonville Plateau Spring_Northern Rivers_2603"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
98	"Ramsar Wetland Moreton Bay_South East Queensland_28"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing down waterways and into the water asset.  The Moreton Bay Ramsar site is located at the end of most of the major waterways in SEQ (Brisbane, Bremer, Logan, Albert, Caboolture, Pine, Nerang, Pimpama, Coomera) so any spillage of mine water in these catchments will likely make its way to Moreton Bay.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This asset is regularly used by hundreds of thousands of people for primary and secondary recreation purposes.  Any negative impacts on water quality would have dramatic impacts on this use.  The commercial and recreation fish take could seriously affect the health of consumers of these products, both short-term and long-term."
99	"Alstonville Plateau Spring_Northern Rivers_2604"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
99	"Ramsar Wetland Moreton Bay_South East Queensland_28"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing down waterways and into the water asset.  The Moreton Bay Ramsar site is located at the end of most of the major waterways in SEQ (Brisbane, Bremer, Logan, Albert, Caboolture, Pine, Nerang, Pimpama, Coomera) so any spillage of mine water in these catchments will likely make its way to Moreton Bay.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This asset is a major habitat for water foul and migratory birds, as well as native fish, dugongs, dolphins, turtles and crustaceans.  Under the JAMBA, CAMBA and ROKAMBA agreements, these migratory bird habitat sites need to be protected as the species are critical to other ecosystems around the world.  In addition, the asset's is regularly used by hundreds of thousands of people for recreation purposes, and any disruption to the ecosystem would have dramatic impacts on this use."
100	"Alstonville Plateau Spring_Northern Rivers_2605"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
100	"Ramsar Wetland Moreton Bay_South East Queensland_28"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing down waterways and into the water asset.  The Moreton Bay Ramsar site is located at the end of most of the major waterways in SEQ (Brisbane, Bremer, Logan, Albert, Caboolture, Pine, Nerang, Pimpama, Coomera) so any spillage of coal seam gas water or ""fracking fluids"" in these catchments will likely make its way to Moreton Bay.  This asset is regularly used by hundreds of thousands of people for primary and secondary recreation purposes.  Any negative impacts on water quality would have dramatic impacts on this use.  The commercial and recreation fish take could seriously affect the health of consumers of these products, both short-term and long-term."
101	"Alstonville Plateau Spring_Northern Rivers_2606"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
101	"Ramsar Wetland Moreton Bay_South East Queensland_28"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing down waterways and into the water asset.  The Moreton Bay Ramsar site is located at the end of most of the major waterways in SEQ (Brisbane, Bremer, Logan, Albert, Caboolture, Pine, Nerang, Pimpama, Coomera) so any spillage of coal seam gas water or ""fracking fluids"" in these catchments will likely make its way to Moreton Bay.  This asset is a major habitat for water foul and migratory birds, as well as native fish, dugongs, dolphins, turtles and crustaceans.  Under the JAMBA, CAMBA and ROKAMBA agreements, these migratory bird habitat sites need to be protected as the species are critical to other ecosystems around the world.  In addition, the asset's is regularly used by hundreds of thousands of people for recreation purposes, and any disruption to the ecosystem would have dramatic impacts on this use."
102	"Alstonville Plateau Spring_Northern Rivers_2607"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
102	"Swamp tea-tree forest_South East Queensland_29"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
103	"Alstonville Plateau Spring_Northern Rivers_2608"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
103	"Swamp tea-tree forest_South East Queensland_29"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
104	"Alstonville Plateau Spring_Northern Rivers_2609"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
104	"Swamp tea-tree forest_South East Queensland_29"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
105	"Alstonville Plateau Spring_Northern Rivers_2610"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
105	"Swamp tea-tree forest_South East Queensland_29"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
106	"Alstonville Plateau Spring_Northern Rivers_2611"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
106	"Swamp tea-tree forest_South East Queensland_29"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
107	"Alstonville Plateau Spring_Northern Rivers_2612"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
107	"Swamp tea-tree forest_South East Queensland_29"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
108	"Alstonville Plateau Spring_Northern Rivers_2613"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
108	"Swamp tea-tree forest_South East Queensland_29"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
109	"Alstonville Plateau Spring_Northern Rivers_2614"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
109	"Swamp tea-tree forest_South East Queensland_29"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
110	"Alstonville Plateau Spring_Northern Rivers_2615"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
110	"Swamp tea-tree forest_South East Queensland_29"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
111	"Alstonville Plateau Spring_Northern Rivers_2616"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
111	"Swamp tea-tree forest_South East Queensland_29"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
112	"Alstonville Plateau Spring_Northern Rivers_2617"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
112	"Swamp tea-tree forest_South East Queensland_29"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
113	"Alstonville Plateau Spring_Northern Rivers_2618"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
113	"Swamp tea-tree forest_South East Queensland_30"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
114	"Alstonville Plateau Spring_Northern Rivers_2619"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
114	"Swamp tea-tree forest_South East Queensland_30"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
115	"Alstonville Plateau Spring_Northern Rivers_2620"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
115	"Swamp tea-tree forest_South East Queensland_30"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
116	"Alstonville Plateau Spring_Northern Rivers_2621"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
116	"Swamp tea-tree forest_South East Queensland_30"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
117	"Alstonville Plateau Spring_Northern Rivers_2622"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
117	"Swamp tea-tree forest_South East Queensland_30"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
118	"Alstonville Plateau Spring_Northern Rivers_2624"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
118	"Swamp tea-tree forest_South East Queensland_31"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
119	"Alstonville Plateau Spring_Northern Rivers_2625"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
119	"Swamp tea-tree forest_South East Queensland_31"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
120	"Alstonville Plateau Spring_Northern Rivers_2626"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
120	"Swamp tea-tree forest_South East Queensland_31"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
121	"Alstonville Plateau Spring_Northern Rivers_2627"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
121	"Swamp tea-tree forest_South East Queensland_31"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
122	"Alstonville Plateau Spring_Northern Rivers_2628"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
122	"Swamp tea-tree forest_South East Queensland_31"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
123	"Alstonville Plateau Spring_Northern Rivers_2629"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
123	"Swamp tea-tree forest_South East Queensland_31"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
124	"Alstonville Plateau Spring_Northern Rivers_2630"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
124	"Swamp tea-tree forest_South East Queensland_31"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
125	"Alstonville Plateau Spring_Northern Rivers_2631"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
125	"Swamp tea-tree forest_South East Queensland_31"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
126	"Alstonville Plateau Spring_Northern Rivers_2632"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
126	"Swamp tea-tree forest_South East Queensland_31"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
127	"Alstonville Plateau Spring_Northern Rivers_2633"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
127	"Swamp tea-tree forest_South East Queensland_31"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
128	"Alstonville Plateau Spring_Northern Rivers_2634"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
128	"Swamp tea-tree forest_South East Queensland_31"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
129	"Alstonville Plateau Spring_Northern Rivers_2635"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
129	"Swamp tea-tree forest_South East Queensland_32"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
130	"Alstonville Plateau Spring_Northern Rivers_2636"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
130	"Swamp tea-tree forest_South East Queensland_32"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
131	"Alstonville Plateau Spring_Northern Rivers_2637"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
131	"Swamp tea-tree forest_South East Queensland_32"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
132	"Alstonville Plateau Spring_Northern Rivers_2638"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
132	"Swamp tea-tree forest_South East Queensland_32"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
133	"Alstonville Plateau Spring_Northern Rivers_2639"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
133	"Swamp tea-tree forest_South East Queensland_32"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
134	"Alstonville Plateau Spring_Northern Rivers_2640"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
134	"Swamp tea-tree forest_South East Queensland_33"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
135	"Alstonville Plateau Spring_Northern Rivers_2641"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
135	"Swamp tea-tree forest_South East Queensland_33"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
136	"Alstonville Plateau Spring_Northern Rivers_2642"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
136	"Swamp tea-tree forest_South East Queensland_33"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
137	"Alstonville Plateau Spring_Northern Rivers_2643"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
137	"Swamp tea-tree forest_South East Queensland_33"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
138	"Alstonville Plateau Spring_Northern Rivers_2644"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
138	"Swamp tea-tree forest_South East Queensland_33"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
139	"Alstonville Plateau Spring_Northern Rivers_2645"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
139	"Swamp tea-tree forest_South East Queensland_34"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
140	"Alstonville Plateau Spring_Northern Rivers_2646"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
140	"Swamp tea-tree forest_South East Queensland_34"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
141	"Alstonville Plateau Spring_Northern Rivers_2647"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
141	"Swamp tea-tree forest_South East Queensland_34"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
142	"Alstonville Plateau Spring_Northern Rivers_2648"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
142	"Swamp tea-tree forest_South East Queensland_34"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
143	"Alstonville Plateau Spring_Northern Rivers_2649"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
143	"Swamp tea-tree forest_South East Queensland_34"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
144	"Alstonville Plateau Spring_Northern Rivers_2650"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
144	"Swamp tea-tree forest_South East Queensland_34"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
145	"Alstonville Plateau Spring_Northern Rivers_2651"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
145	"Swamp tea-tree forest_South East Queensland_34"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
146	"Alstonville Plateau Spring_Northern Rivers_2652"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
146	"Swamp tea-tree forest_South East Queensland_42"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
147	"Alstonville Plateau Spring_Northern Rivers_2653"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
147	"Swamp tea-tree forest_South East Queensland_42"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
148	"Alstonville Plateau Spring_Northern Rivers_2654"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
148	"Swamp tea-tree forest_South East Queensland_43"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
149	"Alstonville Plateau Spring_Northern Rivers_2655"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
149	"Swamp tea-tree forest_South East Queensland_43"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
150	"Alstonville Plateau Spring_Northern Rivers_2656"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
150	"Swamp tea-tree forest_South East Queensland_43"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
151	"Alstonville Plateau Spring_Northern Rivers_2657"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
151	"Swamp tea-tree forest_South East Queensland_43"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
152	"Alstonville Plateau Spring_Northern Rivers_2658"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
152	"Swamp tea-tree forest_South East Queensland_49"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
153	"Alstonville Plateau Spring_Northern Rivers_2659"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
153	"Swamp tea-tree forest_South East Queensland_50"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
154	"Alstonville Plateau Spring_Northern Rivers_2660"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
154	"Swamp tea-tree forest_South East Queensland_50"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
155	"Alstonville Plateau Spring_Northern Rivers_2661"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
155	"Swamp tea-tree forest_South East Queensland_50"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
156	"Alstonville Plateau Spring_Northern Rivers_2662"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
156	"Swamp tea-tree forest_South East Queensland_50"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
157	"Alstonville Plateau Spring_Northern Rivers_2663"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
157	"Swamp tea-tree forest_South East Queensland_50"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
158	"Alstonville Plateau Spring_Northern Rivers_2664"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
158	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_68"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
159	"Alstonville Plateau Spring_Northern Rivers_2665"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
159	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_68"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
160	"Alstonville Plateau Spring_Northern Rivers_2666"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
160	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_68"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
161	"Alstonville Plateau Spring_Northern Rivers_2667"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
161	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_68"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
162	"Alstonville Plateau Spring_Northern Rivers_2668"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
162	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_68"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
163	"Alstonville Plateau Spring_Northern Rivers_2669"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
163	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_68"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
164	"Alstonville Plateau Spring_Northern Rivers_2670"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
164	"Swamp tea-tree forest_South East Queensland_91"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
165	"Alstonville Plateau Spring_Northern Rivers_2671"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
165	"Swamp tea-tree forest_South East Queensland_91"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
166	"Alstonville Plateau Spring_Northern Rivers_2672"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
166	"Swamp tea-tree forest_South East Queensland_92"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
167	"Alstonville Plateau Spring_Northern Rivers_2673"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
167	"Swamp tea-tree forest_South East Queensland_92"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
168	"Alstonville Plateau Spring_Northern Rivers_2674"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
168	"Swamp tea-tree forest_South East Queensland_92"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
169	"Alstonville Plateau Spring_Northern Rivers_2675"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
169	"Swamp tea-tree forest_South East Queensland_92"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
170	"Alstonville Plateau Spring_Northern Rivers_2676"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
170	"Swamp tea-tree forest_South East Queensland_110"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
171	"Alstonville Plateau Spring_Northern Rivers_2677"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
171	"Swamp tea-tree forest_South East Queensland_110"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
172	"Alstonville Plateau Spring_Northern Rivers_2678"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
172	"Swamp tea-tree forest_South East Queensland_110"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
173	"Alstonville Plateau Spring_Northern Rivers_2679"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
173	"Swamp tea-tree forest_South East Queensland_110"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
174	"Alstonville Plateau Spring_Northern Rivers_2680"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
174	"Swamp tea-tree forest_South East Queensland_110"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
175	"Alstonville Plateau Spring_Northern Rivers_2681"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
175	"Swamp tea-tree forest_South East Queensland_110"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
176	"Alstonville Plateau Spring_Northern Rivers_2682"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
176	"Swamp tea-tree forest_South East Queensland_169"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
177	"Alstonville Plateau Spring_Northern Rivers_2683"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
177	"Swamp tea-tree forest_South East Queensland_169"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
178	"Alstonville Plateau Spring_Northern Rivers_2684"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
178	"Swamp tea-tree forest_South East Queensland_169"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
179	"Alstonville Plateau Spring_Northern Rivers_2685"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
179	"Swamp tea-tree forest_South East Queensland_169"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
180	"Alstonville Plateau Spring_Northern Rivers_2686"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
180	"Swamp tea-tree forest_South East Queensland_169"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
181	"Alstonville Plateau Spring_Northern Rivers_2687"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
181	"Swamp tea-tree forest_South East Queensland_170"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
182	"Alstonville Plateau Spring_Northern Rivers_2688"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
182	"Swamp tea-tree forest_South East Queensland_188"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
183	"Alstonville Plateau Spring_Northern Rivers_2689"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
183	"Swamp tea-tree forest_South East Queensland_188"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
184	"Alstonville Plateau Spring_Northern Rivers_2690"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
184	"Swamp tea-tree forest_South East Queensland_188"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
185	"Alstonville Plateau Spring_Northern Rivers_2691"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
185	"Swamp tea-tree forest_South East Queensland_188"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
186	"Alstonville Plateau Spring_Northern Rivers_2692"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
186	"Swamp tea-tree forest_South East Queensland_189"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
187	"Alstonville Plateau Spring_Northern Rivers_2693"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
187	"Swamp tea-tree forest_South East Queensland_189"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
188	"Alstonville Plateau Spring_Northern Rivers_2694"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
188	"Swamp tea-tree forest_South East Queensland_34"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
189	"Alstonville Plateau Spring_Northern Rivers_2695"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
189	"Swamp tea-tree forest_South East Queensland_34"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
190	"Alstonville Plateau Spring_Northern Rivers_2696"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
190	"Swamp tea-tree forest_South East Queensland_34"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
191	"Alstonville Plateau Spring_Northern Rivers_2697"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
191	"Swamp tea-tree forest_South East Queensland_34"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
192	"Alstonville Plateau Spring_Northern Rivers_2698"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
192	"Swamp tea-tree forest_South East Queensland_35"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
193	"Alstonville Plateau Spring_Northern Rivers_2699"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
193	"Swamp tea-tree forest_South East Queensland_35"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
194	"Alstonville Plateau Spring_Northern Rivers_2700"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
194	"Swamp tea-tree forest_South East Queensland_35"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
195	"Alstonville Plateau Spring_Northern Rivers_2701"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
195	"Swamp tea-tree forest_South East Queensland_35"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
196	"Alstonville Plateau Spring_Northern Rivers_2702"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
196	"Swamp tea-tree forest_South East Queensland_35"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
197	"Alstonville Plateau Spring_Northern Rivers_2703"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
197	"Swamp tea-tree forest_South East Queensland_36"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
198	"Alstonville Plateau Spring_Northern Rivers_2704"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
198	"Swamp tea-tree forest_South East Queensland_36"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
199	"Alstonville Plateau Spring_Northern Rivers_2705"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
199	"Swamp tea-tree forest_South East Queensland_36"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
200	"Alstonville Plateau Spring_Northern Rivers_2706"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
200	"Swamp tea-tree forest_South East Queensland_36"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
201	"Alstonville Plateau Spring_Northern Rivers_2707"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
201	"Swamp tea-tree forest_South East Queensland_36"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
202	"Alstonville Plateau Spring_Northern Rivers_2708"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
202	"Swamp tea-tree forest_South East Queensland_37"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
203	"Alstonville Plateau Spring_Northern Rivers_2709"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
203	"Swamp tea-tree forest_South East Queensland_37"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
204	"Alstonville Plateau Spring_Northern Rivers_2710"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
204	"Swamp tea-tree forest_South East Queensland_37"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
205	"Alstonville Plateau Spring_Northern Rivers_2711"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
205	"Swamp tea-tree forest_South East Queensland_37"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
206	"Alstonville Plateau Spring_Northern Rivers_2712"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
206	"Swamp tea-tree forest_South East Queensland_37"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
207	"Alstonville Plateau Spring_Northern Rivers_2713"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
207	"Swamp tea-tree forest_South East Queensland_38"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
208	"Alstonville Plateau Spring_Northern Rivers_2714"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
208	"Swamp tea-tree forest_South East Queensland_38"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
209	"Alstonville Plateau Spring_Northern Rivers_2715"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
209	"Swamp tea-tree forest_South East Queensland_38"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
210	"Alstonville Plateau Spring_Northern Rivers_2716"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
210	"Swamp tea-tree forest_South East Queensland_38"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
211	"Alstonville Plateau Spring_Northern Rivers_2717"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
211	"Swamp tea-tree forest_South East Queensland_38"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
212	"Alstonville Plateau Spring_Northern Rivers_2718"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
212	"Swamp tea-tree forest_South East Queensland_38"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
213	"Alstonville Plateau Spring_Northern Rivers_2719"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
213	"Swamp tea-tree forest_South East Queensland_38"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
214	"Alstonville Plateau Spring_Northern Rivers_2720"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
214	"Swamp tea-tree forest_South East Queensland_38"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
215	"Alstonville Plateau Spring_Northern Rivers_2721"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
215	"Swamp tea-tree forest_South East Queensland_38"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
216	"Alstonville Plateau Spring_Northern Rivers_2722"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
216	"Swamp tea-tree forest_South East Queensland_38"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
217	"Alstonville Plateau Spring_Northern Rivers_2723"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
217	"Swamp tea-tree forest_South East Queensland_38"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
218	"Alstonville Plateau Spring_Northern Rivers_2724"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
218	"Swamp tea-tree forest_South East Queensland_39"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
219	"Alstonville Plateau Spring_Northern Rivers_2725"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
219	"Swamp tea-tree forest_South East Queensland_39"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
220	"Alstonville Plateau Spring_Northern Rivers_2726"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
220	"Swamp tea-tree forest_South East Queensland_39"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
221	"Alstonville Plateau Spring_Northern Rivers_2727"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
221	"Swamp tea-tree forest_South East Queensland_39"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
222	"Alstonville Plateau Spring_Northern Rivers_2728"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
222	"Swamp tea-tree forest_South East Queensland_39"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
223	"Alstonville Plateau Spring_Northern Rivers_2729"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
223	"Swamp tea-tree forest_South East Queensland_39"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
224	"Alstonville Plateau Spring_Northern Rivers_2730"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
224	"Swamp tea-tree forest_South East Queensland_39"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
225	"Alstonville Plateau Spring_Northern Rivers_2731"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
225	"Swamp tea-tree forest_South East Queensland_39"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
226	"Alstonville Plateau Spring_Northern Rivers_2732"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
226	"Swamp tea-tree forest_South East Queensland_39"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
227	"Alstonville Plateau Spring_Northern Rivers_2733"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
227	"Swamp tea-tree forest_South East Queensland_39"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
228	"Alstonville Plateau Spring_Northern Rivers_2734"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
228	"Swamp tea-tree forest_South East Queensland_39"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
229	"Alstonville Plateau Spring_Northern Rivers_2735"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
229	"Swamp tea-tree forest_South East Queensland_40"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
230	"Alstonville Plateau Spring_Northern Rivers_2736"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
230	"Swamp tea-tree forest_South East Queensland_40"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
231	"Alstonville Plateau Spring_Northern Rivers_2737"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
231	"Swamp tea-tree forest_South East Queensland_40"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
232	"Alstonville Plateau Spring_Northern Rivers_2738"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
232	"Swamp tea-tree forest_South East Queensland_40"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
233	"Alstonville Plateau Spring_Northern Rivers_2739"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
233	"Swamp tea-tree forest_South East Queensland_40"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
234	"Alstonville Plateau Spring_Northern Rivers_2740"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
234	"Swamp tea-tree forest_South East Queensland_41"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
235	"Alstonville Plateau Spring_Northern Rivers_2741"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
235	"Swamp tea-tree forest_South East Queensland_41"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
236	"Alstonville Plateau Spring_Northern Rivers_2742"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
236	"Swamp tea-tree forest_South East Queensland_41"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
237	"Alstonville Plateau Spring_Northern Rivers_2743"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
237	"Swamp tea-tree forest_South East Queensland_41"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
238	"Alstonville Plateau Spring_Northern Rivers_2744"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
238	"Swamp tea-tree forest_South East Queensland_41"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
239	"Alstonville Plateau Spring_Northern Rivers_2745"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
239	"Swamp tea-tree forest_South East Queensland_42"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
240	"Alstonville Plateau Spring_Northern Rivers_2746"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
240	"Swamp tea-tree forest_South East Queensland_42"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
241	"Alstonville Plateau Spring_Northern Rivers_2747"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
241	"Swamp tea-tree forest_South East Queensland_42"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
242	"Alstonville Plateau Spring_Northern Rivers_2748"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
242	"Swamp tea-tree forest_South East Queensland_42"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
243	"Alstonville Plateau Spring_Northern Rivers_2749"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
243	"Swamp tea-tree forest_South East Queensland_42"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
244	"Alstonville Plateau Spring_Northern Rivers_2750"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
244	"Swamp tea-tree forest_South East Queensland_42"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
245	"Alstonville Plateau Spring_Northern Rivers_2751"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
245	"Swamp tea-tree forest_South East Queensland_42"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
246	"Alstonville Plateau Spring_Northern Rivers_2752"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
246	"Swamp tea-tree forest_South East Queensland_42"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
247	"Alstonville Plateau Spring_Northern Rivers_2753"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
247	"Swamp tea-tree forest_South East Queensland_42"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
248	"Alstonville Plateau Spring_Northern Rivers_2754"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
248	"Swamp tea-tree forest_South East Queensland_43"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
249	"Alstonville Plateau Spring_Northern Rivers_2755"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
249	"Swamp tea-tree forest_South East Queensland_44"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
250	"Alstonville Plateau Spring_Northern Rivers_2756"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
250	"Swamp tea-tree forest_South East Queensland_44"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
251	"Alstonville Plateau Spring_Northern Rivers_2757"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
251	"Swamp tea-tree forest_South East Queensland_44"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
252	"Alstonville Plateau Spring_Northern Rivers_2758"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
252	"Swamp tea-tree forest_South East Queensland_44"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
253	"Alstonville Plateau Spring_Northern Rivers_2759"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
253	"Swamp tea-tree forest_South East Queensland_44"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
254	"Alstonville Plateau Spring_Northern Rivers_2760"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
254	"Swamp tea-tree forest_South East Queensland_45"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
255	"Alstonville Plateau Spring_Northern Rivers_2761"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
255	"Swamp tea-tree forest_South East Queensland_45"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
256	"Alstonville Plateau Spring_Northern Rivers_2762"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
256	"Swamp tea-tree forest_South East Queensland_45"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
257	"Alstonville Plateau Spring_Northern Rivers_2763"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
257	"Swamp tea-tree forest_South East Queensland_45"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
258	"Alstonville Plateau Spring_Northern Rivers_2764"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
258	"Swamp tea-tree forest_South East Queensland_45"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
259	"Alstonville Plateau Spring_Northern Rivers_2765"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
259	"Swamp tea-tree forest_South East Queensland_46"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
260	"Alstonville Plateau Spring_Northern Rivers_2766"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
260	"Swamp tea-tree forest_South East Queensland_46"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
261	"Alstonville Plateau Spring_Northern Rivers_2767"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
261	"Swamp tea-tree forest_South East Queensland_46"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
262	"Alstonville Plateau Spring_Northern Rivers_2768"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
262	"Swamp tea-tree forest_South East Queensland_46"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
263	"Alstonville Plateau Spring_Northern Rivers_2769"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
263	"Swamp tea-tree forest_South East Queensland_46"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
264	"Alstonville Plateau Spring_Northern Rivers_2770"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
264	"Swamp tea-tree forest_South East Queensland_47"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
265	"Alstonville Plateau Spring_Northern Rivers_2771"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
265	"Swamp tea-tree forest_South East Queensland_47"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
266	"Alstonville Plateau Spring_Northern Rivers_2772"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
266	"Swamp tea-tree forest_South East Queensland_47"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
267	"Alstonville Plateau Spring_Northern Rivers_2773"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
267	"Swamp tea-tree forest_South East Queensland_47"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
268	"Alstonville Plateau Spring_Northern Rivers_2774"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
268	"Swamp tea-tree forest_South East Queensland_47"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
269	"Alstonville Plateau Spring_Northern Rivers_2775"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
269	"Swamp tea-tree forest_South East Queensland_47"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
270	"Alstonville Plateau Spring_Northern Rivers_2776"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
270	"Swamp tea-tree forest_South East Queensland_47"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
271	"Alstonville Plateau Spring_Northern Rivers_2777"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
271	"Swamp tea-tree forest_South East Queensland_47"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
272	"Alstonville Plateau Spring_Northern Rivers_2778"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
272	"Swamp tea-tree forest_South East Queensland_47"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
273	"Alstonville Plateau Spring_Northern Rivers_2779"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
273	"Swamp tea-tree forest_South East Queensland_47"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
274	"Alstonville Plateau Spring_Northern Rivers_2780"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
274	"Swamp tea-tree forest_South East Queensland_47"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
275	"Alstonville Plateau Spring_Northern Rivers_2781"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
275	"Swamp tea-tree forest_South East Queensland_48"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
276	"Alstonville Plateau Spring_Northern Rivers_2782"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
276	"Swamp tea-tree forest_South East Queensland_48"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
277	"Alstonville Plateau Spring_Northern Rivers_2783"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
277	"Swamp tea-tree forest_South East Queensland_48"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
278	"Alstonville Plateau Spring_Northern Rivers_2784"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
278	"Swamp tea-tree forest_South East Queensland_48"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
279	"Alstonville Plateau Spring_Northern Rivers_2785"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
279	"Swamp tea-tree forest_South East Queensland_48"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
280	"Alstonville Plateau Spring_Northern Rivers_2786"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
280	"Swamp tea-tree forest_South East Queensland_49"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
281	"Alstonville Plateau Spring_Northern Rivers_2787"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
281	"Swamp tea-tree forest_South East Queensland_49"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
282	"Alstonville Plateau Spring_Northern Rivers_2788"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
282	"Swamp tea-tree forest_South East Queensland_49"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
283	"Alstonville Plateau Spring_Northern Rivers_2789"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
283	"Swamp tea-tree forest_South East Queensland_49"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
284	"Alstonville Plateau Spring_Northern Rivers_2790"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
284	"Swamp tea-tree forest_South East Queensland_50"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
285	"Alstonville Plateau Spring_Northern Rivers_2791"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
285	"Swamp tea-tree forest_South East Queensland_50"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
286	"Alstonville Plateau Spring_Northern Rivers_2792"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
286	"Swamp tea-tree forest_South East Queensland_50"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
287	"Alstonville Plateau Spring_Northern Rivers_2793"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
287	"Swamp tea-tree forest_South East Queensland_50"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
288	"Alstonville Plateau Spring_Northern Rivers_2794"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
288	"Swamp tea-tree forest_South East Queensland_50"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
289	"Alstonville Plateau Spring_Northern Rivers_2795"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
289	"Swamp tea-tree forest_South East Queensland_50"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
290	"Alstonville Plateau Spring_Northern Rivers_2796"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
290	"Swamp tea-tree forest_South East Queensland_51"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
291	"Alstonville Plateau Spring_Northern Rivers_2797"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
291	"Swamp tea-tree forest_South East Queensland_51"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
292	"Alstonville Plateau Spring_Northern Rivers_2798"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
292	"Swamp tea-tree forest_South East Queensland_51"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
293	"Alstonville Plateau Spring_Northern Rivers_2799"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
293	"Swamp tea-tree forest_South East Queensland_51"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
294	"Alstonville Plateau Spring_Northern Rivers_2800"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
294	"Swamp tea-tree forest_South East Queensland_51"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
295	"Alstonville Plateau Spring_Northern Rivers_2801"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
295	"Swamp tea-tree forest_South East Queensland_51"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
296	"Alstonville Plateau Spring_Northern Rivers_2802"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
296	"Swamp tea-tree forest_South East Queensland_51"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
297	"Alstonville Plateau Spring_Northern Rivers_2803"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
297	"Swamp tea-tree forest_South East Queensland_51"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
298	"Alstonville Plateau Spring_Northern Rivers_2804"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
298	"Swamp tea-tree forest_South East Queensland_51"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
299	"Alstonville Plateau Spring_Northern Rivers_2805"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
299	"Swamp tea-tree forest_South East Queensland_51"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
300	"Alstonville Plateau Spring_Northern Rivers_2806"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
300	"Swamp tea-tree forest_South East Queensland_51"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
301	"Alstonville Plateau Spring_Northern Rivers_2807"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
301	"Swamp tea-tree forest_South East Queensland_52"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
302	"Alstonville Plateau Spring_Northern Rivers_2808"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
302	"Swamp tea-tree forest_South East Queensland_52"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
303	"Alstonville Plateau Spring_Northern Rivers_2809"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
303	"Swamp tea-tree forest_South East Queensland_52"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
304	"Alstonville Plateau Spring_Northern Rivers_2810"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
304	"Swamp tea-tree forest_South East Queensland_52"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
305	"Alstonville Plateau Spring_Northern Rivers_2811"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
305	"Swamp tea-tree forest_South East Queensland_52"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
306	"Alstonville Plateau Spring_Northern Rivers_2812"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
306	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_53"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
307	"Alstonville Plateau Spring_Northern Rivers_2813"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
307	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_53"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
308	"Alstonville Plateau Spring_Northern Rivers_2814"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
308	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_53"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
309	"Alstonville Plateau Spring_Northern Rivers_2815"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
309	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_53"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
310	"Alstonville Plateau Spring_Northern Rivers_2816"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
310	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_53"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
311	"Alstonville Plateau Spring_Northern Rivers_2817"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
311	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_53"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
312	"Alstonville Plateau Spring_Northern Rivers_2818"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
312	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_53"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
313	"Alstonville Plateau Spring_Northern Rivers_2819"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
313	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_53"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
314	"Alstonville Plateau Spring_Northern Rivers_2820"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
314	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_53"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
315	"Alstonville Plateau Spring_Northern Rivers_2821"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
315	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_53"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
316	"Alstonville Plateau Spring_Northern Rivers_2822"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
316	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_53"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
317	"Alstonville Plateau Spring_Northern Rivers_2824"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
317	"Swamp tea-tree forest_South East Queensland_54"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
318	"Alstonville Plateau Spring_Northern Rivers_2825"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
318	"Swamp tea-tree forest_South East Queensland_54"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
319	"Alstonville Plateau Spring_Northern Rivers_2826"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
319	"Swamp tea-tree forest_South East Queensland_54"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
320	"Alstonville Plateau Spring_Northern Rivers_2827"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
320	"Swamp tea-tree forest_South East Queensland_54"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
321	"Alstonville Plateau Spring_Northern Rivers_2828"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
321	"Swamp tea-tree forest_South East Queensland_54"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
322	"Alstonville Plateau Spring_Northern Rivers_2829"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
322	"Swamp tea-tree forest_South East Queensland_54"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
323	"Alstonville Plateau Spring_Northern Rivers_2830"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
323	"Swamp tea-tree forest_South East Queensland_54"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
324	"Alstonville Plateau Spring_Northern Rivers_2831"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
324	"Swamp tea-tree forest_South East Queensland_54"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
325	"Alstonville Plateau Spring_Northern Rivers_2832"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
325	"Swamp tea-tree forest_South East Queensland_54"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
326	"Alstonville Plateau Spring_Northern Rivers_2833"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
326	"Swamp tea-tree forest_South East Queensland_54"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
327	"Alstonville Plateau Spring_Northern Rivers_2834"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
327	"Swamp tea-tree forest_South East Queensland_54"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
328	"Alstonville Plateau Spring_Northern Rivers_2835"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
328	"Swamp tea-tree forest_South East Queensland_55"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
329	"Alstonville Plateau Spring_Northern Rivers_2836"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
329	"Swamp tea-tree forest_South East Queensland_55"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
330	"Alstonville Plateau Spring_Northern Rivers_2837"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
330	"Swamp tea-tree forest_South East Queensland_55"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
331	"Alstonville Plateau Spring_Northern Rivers_2838"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
331	"Swamp tea-tree forest_South East Queensland_55"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
332	"Alstonville Plateau Spring_Northern Rivers_2839"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
332	"Swamp tea-tree forest_South East Queensland_55"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
333	"Alstonville Plateau Spring_Northern Rivers_2840"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
333	"Swamp tea-tree forest_South East Queensland_55"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
334	"Alstonville Plateau Spring_Northern Rivers_2841"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
334	"Swamp tea-tree forest_South East Queensland_55"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
335	"Alstonville Plateau Spring_Northern Rivers_2842"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
335	"Swamp tea-tree forest_South East Queensland_55"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
336	"Alstonville Plateau Spring_Northern Rivers_2843"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
336	"Swamp tea-tree forest_South East Queensland_55"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
337	"Alstonville Plateau Spring_Northern Rivers_2844"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
337	"Swamp tea-tree forest_South East Queensland_55"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
338	"Alstonville Plateau Spring_Northern Rivers_2845"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
338	"Swamp tea-tree forest_South East Queensland_55"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
339	"Alstonville Plateau Spring_Northern Rivers_2846"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
339	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_56"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
340	"Alstonville Plateau Spring_Northern Rivers_2847"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
340	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_56"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
341	"Alstonville Plateau Spring_Northern Rivers_2848"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
341	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_56"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
342	"Alstonville Plateau Spring_Northern Rivers_2849"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
342	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_56"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
343	"Alstonville Plateau Spring_Northern Rivers_2850"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
343	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_56"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
344	"Alstonville Plateau Spring_Northern Rivers_2851"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
344	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_56"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
345	"Alstonville Plateau Spring_Northern Rivers_2852"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
345	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_56"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
346	"Alstonville Plateau Spring_Northern Rivers_2853"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
346	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_56"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
347	"Alstonville Plateau Spring_Northern Rivers_2854"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
347	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_56"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
348	"Alstonville Plateau Spring_Northern Rivers_2855"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
348	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_56"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
349	"Alstonville Plateau Spring_Northern Rivers_2856"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
349	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_56"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
350	"Alstonville Plateau Spring_Northern Rivers_2857"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
350	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_57"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
351	"Alstonville Plateau Spring_Northern Rivers_2858"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
351	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_57"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
352	"Alstonville Plateau Spring_Northern Rivers_2859"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
352	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_57"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
353	"Alstonville Plateau Spring_Northern Rivers_2860"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
353	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_57"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
354	"Alstonville Plateau Spring_Northern Rivers_2861"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
354	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_57"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
355	"Alstonville Plateau Spring_Northern Rivers_2862"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
355	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_57"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
356	"Alstonville Plateau Spring_Northern Rivers_2863"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
356	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_57"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
357	"Alstonville Plateau Spring_Northern Rivers_2864"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
357	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_57"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
358	"Alstonville Plateau Spring_Northern Rivers_2865"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
358	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_57"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
359	"Alstonville Plateau Spring_Northern Rivers_2866"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
359	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_57"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
360	"Alstonville Plateau Spring_Northern Rivers_2867"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
360	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_57"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
361	"Alstonville Plateau Spring_Northern Rivers_2868"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
361	"Swamp tea-tree forest_South East Queensland_58"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
362	"Alstonville Plateau Spring_Northern Rivers_2869"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
362	"Swamp tea-tree forest_South East Queensland_58"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
363	"Alstonville Plateau Spring_Northern Rivers_2870"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
363	"Swamp tea-tree forest_South East Queensland_58"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
364	"Alstonville Plateau Spring_Northern Rivers_2871"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
364	"Swamp tea-tree forest_South East Queensland_58"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
365	"Alstonville Plateau Spring_Northern Rivers_2872"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
365	"Swamp tea-tree forest_South East Queensland_58"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
366	"Alstonville Plateau Spring_Northern Rivers_2873"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
366	"Swamp tea-tree forest_South East Queensland_58"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
367	"Alstonville Plateau Spring_Northern Rivers_2874"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
367	"Swamp tea-tree forest_South East Queensland_58"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
368	"Alstonville Plateau Spring_Northern Rivers_2875"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
368	"Swamp tea-tree forest_South East Queensland_58"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
369	"Alstonville Plateau Spring_Northern Rivers_2876"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
369	"Swamp tea-tree forest_South East Queensland_58"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
370	"Alstonville Plateau Spring_Northern Rivers_2877"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
370	"Swamp tea-tree forest_South East Queensland_58"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
371	"Alstonville Plateau Spring_Northern Rivers_2878"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
371	"Swamp tea-tree forest_South East Queensland_58"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
372	"Alstonville Plateau Spring_Northern Rivers_2879"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
372	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_59"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
373	"Alstonville Plateau Spring_Northern Rivers_2880"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
373	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_59"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
374	"Alstonville Plateau Spring_Northern Rivers_2881"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
374	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_59"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
375	"Alstonville Plateau Spring_Northern Rivers_2882"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
375	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_59"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
376	"Alstonville Plateau Spring_Northern Rivers_2883"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
376	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_59"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
377	"Alstonville Plateau Spring_Northern Rivers_2884"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
377	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_59"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
378	"Alstonville Plateau Spring_Northern Rivers_2885"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
378	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_59"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
379	"Alstonville Plateau Spring_Northern Rivers_2886"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
379	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_59"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
380	"Alstonville Plateau Spring_Northern Rivers_2887"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
380	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_59"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
381	"Alstonville Plateau Spring_Northern Rivers_2888"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
381	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_59"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
382	"Alstonville Plateau Spring_Northern Rivers_2889"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
382	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_59"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
383	"Alstonville Plateau Spring_Northern Rivers_2890"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
383	"Swamp tea-tree forest_South East Queensland_60"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
384	"Alstonville Plateau Spring_Northern Rivers_2891"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
384	"Swamp tea-tree forest_South East Queensland_60"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
385	"Alstonville Plateau Spring_Northern Rivers_2892"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
385	"Swamp tea-tree forest_South East Queensland_60"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
386	"Alstonville Plateau Spring_Northern Rivers_2893"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
386	"Swamp tea-tree forest_South East Queensland_60"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
387	"Alstonville Plateau Spring_Northern Rivers_2894"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
387	"Swamp tea-tree forest_South East Queensland_60"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
388	"Alstonville Plateau Spring_Northern Rivers_2895"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
388	"Swamp tea-tree forest_South East Queensland_61"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
389	"Alstonville Plateau Spring_Northern Rivers_2896"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
389	"Swamp tea-tree forest_South East Queensland_61"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
390	"Alstonville Plateau Spring_Northern Rivers_2897"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
390	"Swamp tea-tree forest_South East Queensland_61"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
391	"Alstonville Plateau Spring_Northern Rivers_2898"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
391	"Swamp tea-tree forest_South East Queensland_61"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
392	"Alstonville Plateau Spring_Northern Rivers_2899"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
392	"Swamp tea-tree forest_South East Queensland_61"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
393	"Alstonville Plateau Spring_Northern Rivers_2900"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
393	"Swamp tea-tree forest_South East Queensland_62"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
394	"Alstonville Plateau Spring_Northern Rivers_2901"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
394	"Swamp tea-tree forest_South East Queensland_62"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
395	"Alstonville Plateau Spring_Northern Rivers_2902"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
395	"Swamp tea-tree forest_South East Queensland_62"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
396	"Alstonville Plateau Spring_Northern Rivers_2903"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
396	"Swamp tea-tree forest_South East Queensland_62"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
397	"Alstonville Plateau Spring_Northern Rivers_2904"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
397	"Swamp tea-tree forest_South East Queensland_62"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
398	"Alstonville Plateau Spring_Northern Rivers_2905"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
398	"Swamp tea-tree forest_South East Queensland_63"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
399	"Alstonville Plateau Spring_Northern Rivers_2906"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
399	"Swamp tea-tree forest_South East Queensland_63"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
400	"Alstonville Plateau Spring_Northern Rivers_2907"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
400	"Swamp tea-tree forest_South East Queensland_63"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
401	"Alstonville Plateau Spring_Northern Rivers_2908"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
401	"Swamp tea-tree forest_South East Queensland_63"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
402	"Alstonville Plateau Spring_Northern Rivers_2909"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
402	"Swamp tea-tree forest_South East Queensland_63"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
403	"Alstonville Plateau Spring_Northern Rivers_2910"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
403	"Swamp tea-tree forest_South East Queensland_64"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
404	"Alstonville Plateau Spring_Northern Rivers_2911"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
404	"Swamp tea-tree forest_South East Queensland_64"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
405	"Alstonville Plateau Spring_Northern Rivers_2912"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
405	"Swamp tea-tree forest_South East Queensland_64"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
406	"Alstonville Plateau Spring_Northern Rivers_2913"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
406	"Swamp tea-tree forest_South East Queensland_64"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
407	"Alstonville Plateau Spring_Northern Rivers_2914"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
407	"Swamp tea-tree forest_South East Queensland_64"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
408	"Alstonville Plateau Spring_Northern Rivers_2915"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
408	"Swamp tea-tree forest_South East Queensland_65"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
409	"Alstonville Plateau Spring_Northern Rivers_2916"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
409	"Swamp tea-tree forest_South East Queensland_65"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
410	"Alstonville Plateau Spring_Northern Rivers_2917"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
410	"Swamp tea-tree forest_South East Queensland_65"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
411	"Alstonville Plateau Spring_Northern Rivers_2918"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
411	"Swamp tea-tree forest_South East Queensland_65"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
412	"Alstonville Plateau Spring_Northern Rivers_2919"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
412	"Swamp tea-tree forest_South East Queensland_65"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
413	"Alstonville Plateau Spring_Northern Rivers_2920"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
413	"Swamp tea-tree forest_South East Queensland_66"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
414	"Alstonville Plateau Spring_Northern Rivers_2921"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
414	"Swamp tea-tree forest_South East Queensland_66"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
415	"Alstonville Plateau Spring_Northern Rivers_2922"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
415	"Swamp tea-tree forest_South East Queensland_66"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
416	"Alstonville Plateau Spring_Northern Rivers_2923"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
416	"Swamp tea-tree forest_South East Queensland_66"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
417	"Alstonville Plateau Spring_Northern Rivers_2924"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
417	"Swamp tea-tree forest_South East Queensland_66"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
418	"Alstonville Plateau Spring_Northern Rivers_2925"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
418	"Swamp tea-tree forest_South East Queensland_67"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
419	"Alstonville Plateau Spring_Northern Rivers_2926"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
419	"Swamp tea-tree forest_South East Queensland_67"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
420	"Alstonville Plateau Spring_Northern Rivers_2927"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
420	"Swamp tea-tree forest_South East Queensland_67"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
421	"Alstonville Plateau Spring_Northern Rivers_2928"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
421	"Swamp tea-tree forest_South East Queensland_67"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
422	"Alstonville Plateau Spring_Northern Rivers_2929"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
422	"Swamp tea-tree forest_South East Queensland_67"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
423	"Alstonville Plateau Spring_Northern Rivers_2930"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
423	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_68"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
424	"Alstonville Plateau Spring_Northern Rivers_2931"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
424	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_68"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
425	"Alstonville Plateau Spring_Northern Rivers_2932"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
425	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_68"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
426	"Alstonville Plateau Spring_Northern Rivers_2933"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
426	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_68"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
427	"Alstonville Plateau Spring_Northern Rivers_2934"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
427	"Blackwood Reserve - Swamp tea-tree forest_South East Queensland_68"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
428	"Alstonville Plateau Spring_Northern Rivers_2935"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
428	"Swamp tea-tree forest_South East Queensland_69"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
429	"Alstonville Plateau Spring_Northern Rivers_2936"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
429	"Swamp tea-tree forest_South East Queensland_69"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
430	"Alstonville Plateau Spring_Northern Rivers_2937"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
430	"Swamp tea-tree forest_South East Queensland_69"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
431	"Alstonville Plateau Spring_Northern Rivers_2938"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
431	"Swamp tea-tree forest_South East Queensland_69"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
432	"Alstonville Plateau Spring_Northern Rivers_2939"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
432	"Swamp tea-tree forest_South East Queensland_69"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
433	"Alstonville Plateau Spring_Northern Rivers_2940"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
433	"Swamp tea-tree forest_South East Queensland_70"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
434	"Alstonville Plateau Spring_Northern Rivers_2941"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
434	"Swamp tea-tree forest_South East Queensland_70"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
435	"Alstonville Plateau Spring_Northern Rivers_2942"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
435	"Swamp tea-tree forest_South East Queensland_70"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
436	"Alstonville Plateau Spring_Northern Rivers_2943"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
436	"Swamp tea-tree forest_South East Queensland_70"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
437	"Alstonville Plateau Spring_Northern Rivers_2944"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
437	"Swamp tea-tree forest_South East Queensland_70"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
438	"Alstonville Plateau Spring_Northern Rivers_2945"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
438	"Swamp tea-tree forest_South East Queensland_71"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
439	"Alstonville Plateau Spring_Northern Rivers_2946"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
439	"Swamp tea-tree forest_South East Queensland_71"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
440	"Alstonville Plateau Spring_Northern Rivers_2947"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
440	"Swamp tea-tree forest_South East Queensland_71"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
441	"Alstonville Plateau Spring_Northern Rivers_2948"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
441	"Swamp tea-tree forest_South East Queensland_71"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
442	"Alstonville Plateau Spring_Northern Rivers_2949"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
442	"Swamp tea-tree forest_South East Queensland_71"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
443	"Alstonville Plateau Spring_Northern Rivers_2950"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
443	"Swamp tea-tree forest_South East Queensland_71"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
444	"Alstonville Plateau Spring_Northern Rivers_2951"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
444	"Swamp tea-tree forest_South East Queensland_71"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
445	"Alstonville Plateau Spring_Northern Rivers_2952"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
445	"Swamp tea-tree forest_South East Queensland_71"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
446	"Alstonville Plateau Spring_Northern Rivers_2953"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
446	"Swamp tea-tree forest_South East Queensland_71"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
447	"Alstonville Plateau Spring_Northern Rivers_2954"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
447	"Swamp tea-tree forest_South East Queensland_71"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
448	"Alstonville Plateau Spring_Northern Rivers_2955"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
448	"Swamp tea-tree forest_South East Queensland_72"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
449	"Alstonville Plateau Spring_Northern Rivers_2956"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
449	"Swamp tea-tree forest_South East Queensland_72"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
450	"Alstonville Plateau Spring_Northern Rivers_2957"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
450	"Swamp tea-tree forest_South East Queensland_72"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
451	"Alstonville Plateau Spring_Northern Rivers_2958"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
451	"Swamp tea-tree forest_South East Queensland_72"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
452	"Alstonville Plateau Spring_Northern Rivers_2959"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
452	"Swamp tea-tree forest_South East Queensland_72"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
453	"Alstonville Plateau Spring_Northern Rivers_2960"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
453	"Swamp tea-tree forest_South East Queensland_72"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
454	"Alstonville Plateau Spring_Northern Rivers_2961"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
454	"Swamp tea-tree forest_South East Queensland_72"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
455	"Alstonville Plateau Spring_Northern Rivers_2962"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
455	"Swamp tea-tree forest_South East Queensland_72"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
456	"Alstonville Plateau Spring_Northern Rivers_2963"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
456	"Swamp tea-tree forest_South East Queensland_72"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
457	"Alstonville Plateau Spring_Northern Rivers_2964"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
457	"Swamp tea-tree forest_South East Queensland_72"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
458	"Alstonville Plateau Spring_Northern Rivers_2965"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
458	"Swamp tea-tree forest_South East Queensland_72"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
459	"Alstonville Plateau Spring_Northern Rivers_2966"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
459	"Swamp tea-tree forest_South East Queensland_73"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
460	"Alstonville Plateau Spring_Northern Rivers_2967"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
460	"Swamp tea-tree forest_South East Queensland_73"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
461	"Alstonville Plateau Spring_Northern Rivers_2968"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
461	"Swamp tea-tree forest_South East Queensland_73"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
462	"Alstonville Plateau Spring_Northern Rivers_2969"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
462	"Swamp tea-tree forest_South East Queensland_73"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
463	"Alstonville Plateau Spring_Northern Rivers_2970"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
463	"Swamp tea-tree forest_South East Queensland_73"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
464	"Alstonville Plateau Spring_Northern Rivers_2971"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
464	"Swamp tea-tree forest_South East Queensland_74"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
465	"Alstonville Plateau Spring_Northern Rivers_2972"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
465	"Swamp tea-tree forest_South East Queensland_74"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
466	"Alstonville Plateau Spring_Northern Rivers_2973"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
466	"Swamp tea-tree forest_South East Queensland_74"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
467	"Alstonville Plateau Spring_Northern Rivers_2974"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
467	"Swamp tea-tree forest_South East Queensland_74"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
468	"Alstonville Plateau Spring_Northern Rivers_2975"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
468	"Swamp tea-tree forest_South East Queensland_74"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
469	"Alstonville Plateau Spring_Northern Rivers_2976"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
469	"Swamp tea-tree forest_South East Queensland_74"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
470	"Alstonville Plateau Spring_Northern Rivers_2977"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
470	"Swamp tea-tree forest_South East Queensland_74"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
471	"Alstonville Plateau Spring_Northern Rivers_2978"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
471	"Swamp tea-tree forest_South East Queensland_74"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
472	"Alstonville Plateau Spring_Northern Rivers_2979"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
472	"Swamp tea-tree forest_South East Queensland_74"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
473	"Alstonville Plateau Spring_Northern Rivers_2980"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
473	"Swamp tea-tree forest_South East Queensland_74"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
474	"Alstonville Plateau Spring_Northern Rivers_2981"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
474	"Swamp tea-tree forest_South East Queensland_74"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
475	"Alstonville Plateau Spring_Northern Rivers_2982"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
475	"Swamp tea-tree forest_South East Queensland_75"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
476	"Alstonville Plateau Spring_Northern Rivers_2983"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
476	"Swamp tea-tree forest_South East Queensland_76"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
477	"Alstonville Plateau Spring_Northern Rivers_2984"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
477	"Swamp tea-tree forest_South East Queensland_76"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
478	"Alstonville Plateau Spring_Northern Rivers_2985"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
478	"Swamp tea-tree forest_South East Queensland_76"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
479	"Alstonville Plateau Spring_Northern Rivers_2986"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
479	"Swamp tea-tree forest_South East Queensland_76"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
480	"Alstonville Plateau Spring_Northern Rivers_2987"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
480	"Swamp tea-tree forest_South East Queensland_76"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
481	"Alstonville Plateau Spring_Northern Rivers_2988"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
481	"Swamp tea-tree forest_South East Queensland_77"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
482	"Alstonville Plateau Spring_Northern Rivers_2989"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
482	"Swamp tea-tree forest_South East Queensland_77"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
483	"Alstonville Plateau Spring_Northern Rivers_2990"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
483	"Swamp tea-tree forest_South East Queensland_77"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
484	"Alstonville Plateau Spring_Northern Rivers_2991"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
484	"Swamp tea-tree forest_South East Queensland_77"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
485	"Alstonville Plateau Spring_Northern Rivers_2992"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
485	"Swamp tea-tree forest_South East Queensland_77"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
486	"Alstonville Plateau Spring_Northern Rivers_2993"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
486	"Swamp tea-tree forest_South East Queensland_78"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
487	"Alstonville Plateau Spring_Northern Rivers_2994"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
487	"Swamp tea-tree forest_South East Queensland_78"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
488	"Alstonville Plateau Spring_Northern Rivers_2995"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
488	"Swamp tea-tree forest_South East Queensland_78"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
489	"Alstonville Plateau Spring_Northern Rivers_2996"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
489	"Swamp tea-tree forest_South East Queensland_78"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
490	"Alstonville Plateau Spring_Northern Rivers_2997"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
490	"Swamp tea-tree forest_South East Queensland_78"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
491	"Alstonville Plateau Spring_Northern Rivers_2998"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
491	"Swamp tea-tree forest_South East Queensland_78"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
492	"Alstonville Plateau Spring_Northern Rivers_2999"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
492	"Swamp tea-tree forest_South East Queensland_78"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
493	"Alstonville Plateau Spring_Northern Rivers_3000"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
493	"Swamp tea-tree forest_South East Queensland_78"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
494	"Alstonville Plateau Spring_Northern Rivers_3001"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
494	"Swamp tea-tree forest_South East Queensland_78"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
495	"Alstonville Plateau Spring_Northern Rivers_3002"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
495	"Swamp tea-tree forest_South East Queensland_78"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
496	"Alstonville Plateau Spring_Northern Rivers_3003"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
496	"Swamp tea-tree forest_South East Queensland_79"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
497	"Alstonville Plateau Spring_Northern Rivers_3004"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
497	"Swamp tea-tree forest_South East Queensland_79"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
498	"Alstonville Plateau Spring_Northern Rivers_3005"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
498	"Swamp tea-tree forest_South East Queensland_79"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
499	"Alstonville Plateau Spring_Northern Rivers_3006"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
499	"Swamp tea-tree forest_South East Queensland_79"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
500	"Alstonville Plateau Spring_Northern Rivers_3007"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
500	"Swamp tea-tree forest_South East Queensland_79"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
501	"Alstonville Plateau Spring_Northern Rivers_3008"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
501	"Swamp tea-tree forest_South East Queensland_80"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
502	"Alstonville Plateau Spring_Northern Rivers_3009"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
502	"Swamp tea-tree forest_South East Queensland_80"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
503	"Alstonville Plateau Spring_Northern Rivers_3010"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
503	"Swamp tea-tree forest_South East Queensland_80"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
504	"Alstonville Plateau Spring_Northern Rivers_3011"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
504	"Swamp tea-tree forest_South East Queensland_80"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
505	"Alstonville Plateau Spring_Northern Rivers_3012"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
505	"Swamp tea-tree forest_South East Queensland_80"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
506	"Alstonville Plateau Spring_Northern Rivers_3013"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
506	"Swamp tea-tree forest_South East Queensland_80"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
507	"Alstonville Plateau Spring_Northern Rivers_3014"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
507	"Swamp tea-tree forest_South East Queensland_80"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
508	"Alstonville Plateau Spring_Northern Rivers_3015"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
508	"Swamp tea-tree forest_South East Queensland_80"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
509	"Alstonville Plateau Spring_Northern Rivers_3016"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
509	"Swamp tea-tree forest_South East Queensland_80"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
510	"Alstonville Plateau Spring_Northern Rivers_3017"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
510	"Swamp tea-tree forest_South East Queensland_80"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
511	"Alstonville Plateau Spring_Northern Rivers_3018"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
511	"Swamp tea-tree forest_South East Queensland_80"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
512	"Alstonville Plateau Spring_Northern Rivers_3019"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
512	"Swamp tea-tree forest_South East Queensland_81"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
513	"Alstonville Plateau Spring_Northern Rivers_3020"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
513	"Swamp tea-tree forest_South East Queensland_81"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
514	"Alstonville Plateau Spring_Northern Rivers_3021"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
514	"Swamp tea-tree forest_South East Queensland_81"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
515	"Alstonville Plateau Spring_Northern Rivers_3022"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
515	"Swamp tea-tree forest_South East Queensland_81"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
516	"Alstonville Plateau Spring_Northern Rivers_3023"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
516	"Swamp tea-tree forest_South East Queensland_81"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
517	"Alstonville Plateau Spring_Northern Rivers_3024"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
517	"Swamp tea-tree forest_South East Queensland_82"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
518	"Alstonville Plateau Spring_Northern Rivers_3025"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
518	"Swamp tea-tree forest_South East Queensland_82"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
519	"Alstonville Plateau Spring_Northern Rivers_3026"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
519	"Swamp tea-tree forest_South East Queensland_82"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
520	"Alstonville Plateau Spring_Northern Rivers_3027"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
520	"Swamp tea-tree forest_South East Queensland_82"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
521	"Alstonville Plateau Spring_Northern Rivers_3028"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
521	"Swamp tea-tree forest_South East Queensland_82"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
522	"Alstonville Plateau Spring_Northern Rivers_3029"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
522	"Swamp tea-tree forest_South East Queensland_82"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
523	"Alstonville Plateau Spring_Northern Rivers_3030"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
523	"Swamp tea-tree forest_South East Queensland_82"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
524	"Alstonville Plateau Spring_Northern Rivers_3031"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
524	"Swamp tea-tree forest_South East Queensland_82"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
525	"Alstonville Plateau Spring_Northern Rivers_3032"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
525	"Swamp tea-tree forest_South East Queensland_82"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
526	"Alstonville Plateau Spring_Northern Rivers_3033"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
526	"Swamp tea-tree forest_South East Queensland_82"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
527	"Alstonville Plateau Spring_Northern Rivers_3034"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
527	"Swamp tea-tree forest_South East Queensland_83"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
528	"Alstonville Plateau Spring_Northern Rivers_3035"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
528	"Swamp tea-tree forest_South East Queensland_83"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
529	"Alstonville Plateau Spring_Northern Rivers_3036"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
529	"Swamp tea-tree forest_South East Queensland_83"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
530	"Alstonville Plateau Spring_Northern Rivers_3037"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
530	"Swamp tea-tree forest_South East Queensland_83"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
531	"Alstonville Plateau Spring_Northern Rivers_3038"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
531	"Swamp tea-tree forest_South East Queensland_83"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
532	"Alstonville Plateau Spring_Northern Rivers_3039"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
532	"Swamp tea-tree forest_South East Queensland_84"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
533	"Alstonville Plateau Spring_Northern Rivers_3040"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
533	"Swamp tea-tree forest_South East Queensland_84"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
534	"Alstonville Plateau Spring_Northern Rivers_3041"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
534	"Swamp tea-tree forest_South East Queensland_84"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
535	"Alstonville Plateau Spring_Northern Rivers_3042"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
535	"Swamp tea-tree forest_South East Queensland_84"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
536	"Alstonville Plateau Spring_Northern Rivers_3043"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
536	"Swamp tea-tree forest_South East Queensland_84"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
537	"Alstonville Plateau Spring_Northern Rivers_3044"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
537	"Swamp tea-tree forest_South East Queensland_85"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
538	"Alstonville Plateau Spring_Northern Rivers_3045"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
538	"Swamp tea-tree forest_South East Queensland_85"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
539	"Alstonville Plateau Spring_Northern Rivers_3046"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
539	"Swamp tea-tree forest_South East Queensland_85"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
540	"Alstonville Plateau Spring_Northern Rivers_3047"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
540	"Swamp tea-tree forest_South East Queensland_85"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
541	"Alstonville Plateau Spring_Northern Rivers_3048"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
541	"Swamp tea-tree forest_South East Queensland_85"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
542	"Alstonville Plateau Spring_Northern Rivers_3049"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
542	"Swamp tea-tree forest_South East Queensland_86"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
543	"Alstonville Plateau Spring_Northern Rivers_3050"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
543	"Swamp tea-tree forest_South East Queensland_86"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
544	"Alstonville Plateau Spring_Northern Rivers_3051"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
544	"Swamp tea-tree forest_South East Queensland_86"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
545	"Alstonville Plateau Spring_Northern Rivers_3052"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
545	"Swamp tea-tree forest_South East Queensland_86"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
546	"Alstonville Plateau Spring_Northern Rivers_3053"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
546	"Swamp tea-tree forest_South East Queensland_86"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
547	"Alstonville Plateau Spring_Northern Rivers_3054"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
547	"Swamp tea-tree forest_South East Queensland_87"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
548	"Alstonville Plateau Spring_Northern Rivers_3055"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
548	"Swamp tea-tree forest_South East Queensland_87"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
549	"Alstonville Plateau Spring_Northern Rivers_3056"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
549	"Swamp tea-tree forest_South East Queensland_87"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
550	"Alstonville Plateau Spring_Northern Rivers_3057"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
550	"Swamp tea-tree forest_South East Queensland_87"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
551	"Alstonville Plateau Spring_Northern Rivers_3058"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
551	"Swamp tea-tree forest_South East Queensland_87"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
552	"Alstonville Plateau Spring_Northern Rivers_3059"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
552	"Swamp tea-tree forest_South East Queensland_88"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
553	"Alstonville Plateau Spring_Northern Rivers_3060"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
553	"Swamp tea-tree forest_South East Queensland_88"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
554	"Alstonville Plateau Spring_Northern Rivers_3061"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
554	"Swamp tea-tree forest_South East Queensland_88"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
555	"Alstonville Plateau Spring_Northern Rivers_3062"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
555	"Swamp tea-tree forest_South East Queensland_88"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
556	"Alstonville Plateau Spring_Northern Rivers_3063"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
556	"Swamp tea-tree forest_South East Queensland_88"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
557	"Alstonville Plateau Spring_Northern Rivers_3064"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
557	"Swamp tea-tree forest_South East Queensland_89"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
558	"Alstonville Plateau Spring_Northern Rivers_3065"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
558	"Swamp tea-tree forest_South East Queensland_89"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
559	"Alstonville Plateau Spring_Northern Rivers_3066"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
559	"Swamp tea-tree forest_South East Queensland_89"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
560	"Alstonville Plateau Spring_Northern Rivers_3067"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
560	"Swamp tea-tree forest_South East Queensland_89"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
561	"Alstonville Plateau Spring_Northern Rivers_3068"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
561	"Swamp tea-tree forest_South East Queensland_89"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
562	"Alstonville Plateau Spring_Northern Rivers_3069"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
562	"Swamp tea-tree forest_South East Queensland_90"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
563	"Alstonville Plateau Spring_Northern Rivers_3070"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
563	"Swamp tea-tree forest_South East Queensland_90"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
564	"Alstonville Plateau Spring_Northern Rivers_3071"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
564	"Swamp tea-tree forest_South East Queensland_90"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
565	"Alstonville Plateau Spring_Northern Rivers_3072"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
565	"Swamp tea-tree forest_South East Queensland_90"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
566	"Alstonville Plateau Spring_Northern Rivers_3073"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
566	"Swamp tea-tree forest_South East Queensland_90"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
567	"Alstonville Plateau Spring_Northern Rivers_3074"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
567	"Swamp tea-tree forest_South East Queensland_91"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
568	"Alstonville Plateau Spring_Northern Rivers_3075"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
568	"Swamp tea-tree forest_South East Queensland_91"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
569	"Alstonville Plateau Spring_Northern Rivers_3076"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
569	"Swamp tea-tree forest_South East Queensland_91"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
570	"Alstonville Plateau Spring_Northern Rivers_3077"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
570	"Swamp tea-tree forest_South East Queensland_91"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
571	"Alstonville Plateau Spring_Northern Rivers_3078"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
571	"Swamp tea-tree forest_South East Queensland_91"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
572	"Alstonville Plateau Spring_Northern Rivers_3079"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
572	"Swamp tea-tree forest_South East Queensland_91"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
573	"Alstonville Plateau Spring_Northern Rivers_3080"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
573	"Swamp tea-tree forest_South East Queensland_91"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
574	"Alstonville Plateau Spring_Northern Rivers_3081"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
574	"Swamp tea-tree forest_South East Queensland_91"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
575	"Alstonville Plateau Spring_Northern Rivers_3082"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
575	"Swamp tea-tree forest_South East Queensland_92"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
576	"Alstonville Plateau Spring_Northern Rivers_3083"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
576	"Swamp tea-tree forest_South East Queensland_93"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
577	"Alstonville Plateau Spring_Northern Rivers_3084"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
577	"Swamp tea-tree forest_South East Queensland_93"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
578	"Alstonville Plateau Spring_Northern Rivers_3085"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
578	"Swamp tea-tree forest_South East Queensland_93"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
579	"Alstonville Plateau Spring_Northern Rivers_3086"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
579	"Swamp tea-tree forest_South East Queensland_93"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
580	"Alstonville Plateau Spring_Northern Rivers_3087"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
580	"Swamp tea-tree forest_South East Queensland_93"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
581	"Alstonville Plateau Spring_Northern Rivers_3088"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
581	"Swamp tea-tree forest_South East Queensland_93"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
582	"Alstonville Plateau Spring_Northern Rivers_3089"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
582	"Swamp tea-tree forest_South East Queensland_93"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
583	"Alstonville Plateau Spring_Northern Rivers_3090"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
583	"Swamp tea-tree forest_South East Queensland_93"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
584	"Alstonville Plateau Spring_Northern Rivers_3091"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
584	"Swamp tea-tree forest_South East Queensland_93"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
585	"Alstonville Plateau Spring_Northern Rivers_3092"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
585	"Swamp tea-tree forest_South East Queensland_93"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
586	"Alstonville Plateau Spring_Northern Rivers_3093"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
586	"Swamp tea-tree forest_South East Queensland_94"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
587	"Alstonville Plateau Spring_Northern Rivers_3094"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
587	"Swamp tea-tree forest_South East Queensland_94"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
588	"Alstonville Plateau Spring_Northern Rivers_3095"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
588	"Swamp tea-tree forest_South East Queensland_94"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
589	"Alstonville Plateau Spring_Northern Rivers_3096"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
589	"Swamp tea-tree forest_South East Queensland_94"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
590	"Alstonville Plateau Spring_Northern Rivers_3097"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
590	"Swamp tea-tree forest_South East Queensland_94"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
591	"Alstonville Plateau Spring_Northern Rivers_3098"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
591	"Swamp tea-tree forest_South East Queensland_94"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
592	"Alstonville Plateau Spring_Northern Rivers_3099"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
592	"Swamp tea-tree forest_South East Queensland_94"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
593	"Alstonville Plateau Spring_Northern Rivers_3100"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
593	"Swamp tea-tree forest_South East Queensland_94"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
594	"Alstonville Plateau Spring_Northern Rivers_3101"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
594	"Swamp tea-tree forest_South East Queensland_94"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
595	"Alstonville Plateau Spring_Northern Rivers_3102"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
595	"Swamp tea-tree forest_South East Queensland_94"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
596	"Alstonville Plateau Spring_Northern Rivers_3103"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
596	"Swamp tea-tree forest_South East Queensland_94"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
597	"Alstonville Plateau Spring_Northern Rivers_3104"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
597	"Swamp tea-tree forest_South East Queensland_95"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
598	"Alstonville Plateau Spring_Northern Rivers_3105"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
598	"Swamp tea-tree forest_South East Queensland_95"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
599	"Alstonville Plateau Spring_Northern Rivers_3106"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
599	"Swamp tea-tree forest_South East Queensland_95"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
600	"Alstonville Plateau Spring_Northern Rivers_3107"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
600	"Swamp tea-tree forest_South East Queensland_95"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
601	"Alstonville Plateau Spring_Northern Rivers_3108"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
601	"Swamp tea-tree forest_South East Queensland_95"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
602	"Alstonville Plateau Spring_Northern Rivers_3109"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
602	"Swamp tea-tree forest_South East Queensland_96"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
603	"Alstonville Plateau Spring_Northern Rivers_3110"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
603	"Swamp tea-tree forest_South East Queensland_96"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
604	"Alstonville Plateau Spring_Northern Rivers_3111"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
604	"Swamp tea-tree forest_South East Queensland_96"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
605	"Alstonville Plateau Spring_Northern Rivers_3112"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
605	"Swamp tea-tree forest_South East Queensland_96"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
606	"Alstonville Plateau Spring_Northern Rivers_3113"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
606	"Swamp tea-tree forest_South East Queensland_96"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
607	"Alstonville Plateau Spring_Northern Rivers_3114"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
607	"Swamp tea-tree forest_South East Queensland_96"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
608	"Alstonville Plateau Spring_Northern Rivers_3115"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
608	"Swamp tea-tree forest_South East Queensland_96"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
609	"Alstonville Plateau Spring_Northern Rivers_3116"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
609	"Swamp tea-tree forest_South East Queensland_96"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
610	"Alstonville Plateau Spring_Northern Rivers_3117"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
610	"Swamp tea-tree forest_South East Queensland_96"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
611	"Alstonville Plateau Spring_Northern Rivers_3118"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
611	"Swamp tea-tree forest_South East Queensland_96"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
612	"Alstonville Plateau Spring_Northern Rivers_3119"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
612	"Swamp tea-tree forest_South East Queensland_96"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
613	"Alstonville Plateau Spring_Northern Rivers_3120"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
613	"Swamp tea-tree forest_South East Queensland_97"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
614	"Alstonville Plateau Spring_Northern Rivers_3121"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
614	"Swamp tea-tree forest_South East Queensland_97"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
615	"Alstonville Plateau Spring_Northern Rivers_3122"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
615	"Swamp tea-tree forest_South East Queensland_97"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
616	"Alstonville Plateau Spring_Northern Rivers_3123"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
616	"Swamp tea-tree forest_South East Queensland_97"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
617	"Alstonville Plateau Spring_Northern Rivers_3124"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
617	"Swamp tea-tree forest_South East Queensland_97"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
618	"Alstonville Plateau Spring_Northern Rivers_3125"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
618	"Swamp tea-tree forest_South East Queensland_97"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
619	"Alstonville Plateau Spring_Northern Rivers_3126"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
619	"Swamp tea-tree forest_South East Queensland_97"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
620	"Alstonville Plateau Spring_Northern Rivers_3127"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
620	"Swamp tea-tree forest_South East Queensland_97"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
621	"Alstonville Plateau Spring_Northern Rivers_3128"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
621	"Swamp tea-tree forest_South East Queensland_97"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
622	"Alstonville Plateau Spring_Northern Rivers_3129"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
622	"Swamp tea-tree forest_South East Queensland_97"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
623	"Alstonville Plateau Spring_Northern Rivers_3130"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
623	"Swamp tea-tree forest_South East Queensland_97"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
624	"Alstonville Plateau Spring_Northern Rivers_3131"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
624	"Swamp tea-tree forest_South East Queensland_98"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
625	"Alstonville Plateau Spring_Northern Rivers_3132"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
625	"Swamp tea-tree forest_South East Queensland_98"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
626	"Alstonville Plateau Spring_Northern Rivers_3133"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
626	"Swamp tea-tree forest_South East Queensland_98"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
627	"Alstonville Plateau Spring_Northern Rivers_3134"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
627	"Swamp tea-tree forest_South East Queensland_98"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
628	"Alstonville Plateau Spring_Northern Rivers_3135"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
628	"Swamp tea-tree forest_South East Queensland_98"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
629	"Alstonville Plateau Spring_Northern Rivers_3136"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
629	"Swamp tea-tree forest_South East Queensland_98"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
630	"Alstonville Plateau Spring_Northern Rivers_3137"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
630	"Swamp tea-tree forest_South East Queensland_98"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
631	"Alstonville Plateau Spring_Northern Rivers_3138"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
631	"Swamp tea-tree forest_South East Queensland_98"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
632	"Alstonville Plateau Spring_Northern Rivers_3139"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
632	"Swamp tea-tree forest_South East Queensland_98"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
633	"Alstonville Plateau Spring_Northern Rivers_3140"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
633	"Swamp tea-tree forest_South East Queensland_98"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
634	"Alstonville Plateau Spring_Northern Rivers_3141"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
634	"Swamp tea-tree forest_South East Queensland_98"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
635	"Alstonville Plateau Spring_Northern Rivers_3142"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
635	"Swamp tea-tree forest_South East Queensland_99"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
636	"Alstonville Plateau Spring_Northern Rivers_3143"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
636	"Swamp tea-tree forest_South East Queensland_99"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
637	"Alstonville Plateau Spring_Northern Rivers_3144"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
637	"Swamp tea-tree forest_South East Queensland_99"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
638	"Alstonville Plateau Spring_Northern Rivers_3145"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
638	"Swamp tea-tree forest_South East Queensland_99"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
639	"Alstonville Plateau Spring_Northern Rivers_3146"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
639	"Swamp tea-tree forest_South East Queensland_99"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
640	"Alstonville Plateau Spring_Northern Rivers_3147"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
640	"Swamp tea-tree forest_South East Queensland_99"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
641	"Alstonville Plateau Spring_Northern Rivers_3148"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
641	"Swamp tea-tree forest_South East Queensland_99"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
642	"Alstonville Plateau Spring_Northern Rivers_3149"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
642	"Swamp tea-tree forest_South East Queensland_99"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
643	"Alstonville Plateau Spring_Northern Rivers_3150"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
643	"Swamp tea-tree forest_South East Queensland_99"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
644	"Alstonville Plateau Spring_Northern Rivers_3151"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
644	"Swamp tea-tree forest_South East Queensland_99"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
645	"Alstonville Plateau Spring_Northern Rivers_3152"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
645	"Swamp tea-tree forest_South East Queensland_99"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
646	"Alstonville Plateau Spring_Northern Rivers_3153"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
646	"Swamp tea-tree forest_South East Queensland_100"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
647	"Alstonville Plateau Spring_Northern Rivers_3154"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
647	"Swamp tea-tree forest_South East Queensland_100"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
648	"Alstonville Plateau Spring_Northern Rivers_3155"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
648	"Swamp tea-tree forest_South East Queensland_100"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
649	"Alstonville Plateau Spring_Northern Rivers_3156"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
649	"Swamp tea-tree forest_South East Queensland_100"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
650	"Alstonville Plateau Spring_Northern Rivers_3157"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
650	"Swamp tea-tree forest_South East Queensland_100"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
651	"Alstonville Plateau Spring_Northern Rivers_3158"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
651	"Swamp tea-tree forest_South East Queensland_100"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
652	"Alstonville Plateau Spring_Northern Rivers_3159"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
652	"Swamp tea-tree forest_South East Queensland_100"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
653	"Alstonville Plateau Spring_Northern Rivers_3160"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
653	"Swamp tea-tree forest_South East Queensland_100"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
654	"Alstonville Plateau Spring_Northern Rivers_3161"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
654	"Swamp tea-tree forest_South East Queensland_100"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
655	"Alstonville Plateau Spring_Northern Rivers_3162"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
655	"Swamp tea-tree forest_South East Queensland_100"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
656	"Alstonville Plateau Spring_Northern Rivers_3163"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
656	"Swamp tea-tree forest_South East Queensland_100"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
657	"Alstonville Plateau Spring_Northern Rivers_3164"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
657	"Swamp tea-tree forest_South East Queensland_101"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
658	"Alstonville Plateau Spring_Northern Rivers_3165"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
658	"Swamp tea-tree forest_South East Queensland_101"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
659	"Alstonville Plateau Spring_Northern Rivers_3166"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
659	"Swamp tea-tree forest_South East Queensland_101"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
660	"Alstonville Plateau Spring_Northern Rivers_3167"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
660	"Swamp tea-tree forest_South East Queensland_101"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
661	"Alstonville Plateau Spring_Northern Rivers_3168"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
661	"Swamp tea-tree forest_South East Queensland_101"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
662	"Alstonville Plateau Spring_Northern Rivers_3169"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
662	"Swamp tea-tree forest_South East Queensland_101"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
663	"Alstonville Plateau Spring_Northern Rivers_3170"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
663	"Swamp tea-tree forest_South East Queensland_101"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
664	"Alstonville Plateau Spring_Northern Rivers_3171"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
664	"Swamp tea-tree forest_South East Queensland_101"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
665	"Alstonville Plateau Spring_Northern Rivers_3172"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
665	"Swamp tea-tree forest_South East Queensland_101"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
666	"Alstonville Plateau Spring_Northern Rivers_3173"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
666	"Swamp tea-tree forest_South East Queensland_101"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
667	"Alstonville Plateau Spring_Northern Rivers_3174"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
667	"Swamp tea-tree forest_South East Queensland_101"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
668	"Alstonville Plateau Spring_Northern Rivers_3175"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
668	"Swamp tea-tree forest_South East Queensland_102"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
669	"Alstonville Plateau Spring_Northern Rivers_3176"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
669	"Swamp tea-tree forest_South East Queensland_102"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
670	"Alstonville Plateau Spring_Northern Rivers_3177"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
670	"Swamp tea-tree forest_South East Queensland_102"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
671	"Alstonville Plateau Spring_Northern Rivers_3178"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
671	"Swamp tea-tree forest_South East Queensland_102"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
672	"Alstonville Plateau Spring_Northern Rivers_3179"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
672	"Swamp tea-tree forest_South East Queensland_102"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
673	"Alstonville Plateau Spring_Northern Rivers_3180"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
673	"Swamp tea-tree forest_South East Queensland_102"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
674	"Alstonville Plateau Spring_Northern Rivers_3181"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
674	"Swamp tea-tree forest_South East Queensland_102"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
675	"Alstonville Plateau Spring_Northern Rivers_3182"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
675	"Swamp tea-tree forest_South East Queensland_102"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
676	"Alstonville Plateau Spring_Northern Rivers_3183"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
676	"Swamp tea-tree forest_South East Queensland_102"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
677	"Alstonville Plateau Spring_Northern Rivers_3184"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
677	"Swamp tea-tree forest_South East Queensland_102"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
678	"Alstonville Plateau Spring_Northern Rivers_3185"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
678	"Swamp tea-tree forest_South East Queensland_102"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
679	"Alstonville Plateau Spring_Northern Rivers_3186"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
679	"Swamp tea-tree forest_South East Queensland_103"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
680	"Alstonville Plateau Spring_Northern Rivers_3187"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
680	"Swamp tea-tree forest_South East Queensland_104"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
681	"Alstonville Plateau Spring_Northern Rivers_3188"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
681	"Swamp tea-tree forest_South East Queensland_104"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
682	"Alstonville Plateau Spring_Northern Rivers_3189"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
682	"Swamp tea-tree forest_South East Queensland_104"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
683	"Alstonville Plateau Spring_Northern Rivers_3190"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
683	"Swamp tea-tree forest_South East Queensland_104"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
684	"Alstonville Plateau Spring_Northern Rivers_3191"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
684	"Swamp tea-tree forest_South East Queensland_104"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
685	"Alstonville Plateau Spring_Northern Rivers_3192"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
685	"Swamp tea-tree forest_South East Queensland_105"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
686	"Alstonville Plateau Spring_Northern Rivers_3193"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
686	"Swamp tea-tree forest_South East Queensland_105"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
687	"Alstonville Plateau Spring_Northern Rivers_3194"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
687	"Swamp tea-tree forest_South East Queensland_105"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
688	"Alstonville Plateau Spring_Northern Rivers_3195"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
688	"Swamp tea-tree forest_South East Queensland_105"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
689	"Alstonville Plateau Spring_Northern Rivers_3196"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
689	"Swamp tea-tree forest_South East Queensland_105"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
690	"Alstonville Plateau Spring_Northern Rivers_3197"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
690	"Swamp tea-tree forest_South East Queensland_106"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
691	"Alstonville Plateau Spring_Northern Rivers_3198"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
691	"Swamp tea-tree forest_South East Queensland_106"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
692	"Alstonville Plateau Spring_Northern Rivers_3199"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
692	"Swamp tea-tree forest_South East Queensland_106"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
693	"Alstonville Plateau Spring_Northern Rivers_3200"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
693	"Swamp tea-tree forest_South East Queensland_106"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
694	"Alstonville Plateau Spring_Northern Rivers_3201"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
694	"Swamp tea-tree forest_South East Queensland_106"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
695	"Alstonville Plateau Spring_Northern Rivers_3202"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
695	"Swamp tea-tree forest_South East Queensland_107"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
696	"Alstonville Plateau Spring_Northern Rivers_3203"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
696	"Swamp tea-tree forest_South East Queensland_107"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
697	"Alstonville Plateau Spring_Northern Rivers_3204"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
697	"Swamp tea-tree forest_South East Queensland_107"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
698	"Alstonville Plateau Spring_Northern Rivers_3205"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
698	"Swamp tea-tree forest_South East Queensland_107"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
699	"Alstonville Plateau Spring_Northern Rivers_3206"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
699	"Swamp tea-tree forest_South East Queensland_107"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
700	"Alstonville Plateau Spring_Northern Rivers_3207"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
700	"Swamp tea-tree forest_South East Queensland_107"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
701	"Alstonville Plateau Spring_Northern Rivers_3208"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
701	"Swamp tea-tree forest_South East Queensland_107"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
702	"Alstonville Plateau Spring_Northern Rivers_3209"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
702	"Swamp tea-tree forest_South East Queensland_107"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
703	"Alstonville Plateau Spring_Northern Rivers_3210"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
703	"Swamp tea-tree forest_South East Queensland_107"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
704	"Alstonville Plateau Spring_Northern Rivers_3211"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
704	"Swamp tea-tree forest_South East Queensland_107"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
705	"Alstonville Plateau Spring_Northern Rivers_3212"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
705	"Swamp tea-tree forest_South East Queensland_107"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
706	"Alstonville Plateau Spring_Northern Rivers_3213"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
706	"Swamp tea-tree forest_South East Queensland_108"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
707	"Alstonville Plateau Spring_Northern Rivers_3214"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
707	"Swamp tea-tree forest_South East Queensland_108"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
708	"Alstonville Plateau Spring_Northern Rivers_3215"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
708	"Swamp tea-tree forest_South East Queensland_108"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
709	"Alstonville Plateau Spring_Northern Rivers_3216"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
709	"Swamp tea-tree forest_South East Queensland_108"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
710	"Alstonville Plateau Spring_Northern Rivers_3217"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
710	"Swamp tea-tree forest_South East Queensland_108"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
711	"Alstonville Plateau Spring_Northern Rivers_3218"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
711	"Swamp tea-tree forest_South East Queensland_109"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
712	"Alstonville Plateau Spring_Northern Rivers_3219"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
712	"Swamp tea-tree forest_South East Queensland_109"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
713	"Alstonville Plateau Spring_Northern Rivers_3220"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
713	"Swamp tea-tree forest_South East Queensland_109"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
714	"Alstonville Plateau Spring_Northern Rivers_3221"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
714	"Swamp tea-tree forest_South East Queensland_109"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
715	"Alstonville Plateau Spring_Northern Rivers_3222"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
715	"Swamp tea-tree forest_South East Queensland_109"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
716	"Alstonville Plateau Spring_Northern Rivers_3223"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
716	"Swamp tea-tree forest_South East Queensland_110"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
717	"Alstonville Plateau Spring_Northern Rivers_3224"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
717	"Swamp tea-tree forest_South East Queensland_110"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
718	"Alstonville Plateau Spring_Northern Rivers_3225"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
718	"Swamp tea-tree forest_South East Queensland_110"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
719	"Alstonville Plateau Spring_Northern Rivers_3226"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
719	"Swamp tea-tree forest_South East Queensland_110"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
720	"Alstonville Plateau Spring_Northern Rivers_3227"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
720	"Swamp tea-tree forest_South East Queensland_110"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
721	"Alstonville Plateau Spring_Northern Rivers_3228"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
721	"Swamp tea-tree forest_South East Queensland_111"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
722	"Alstonville Plateau Spring_Northern Rivers_3229"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
722	"Swamp tea-tree forest_South East Queensland_111"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
723	"Alstonville Plateau Spring_Northern Rivers_3230"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
723	"Swamp tea-tree forest_South East Queensland_111"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
724	"Alstonville Plateau Spring_Northern Rivers_3231"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
724	"Swamp tea-tree forest_South East Queensland_111"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
725	"Alstonville Plateau Spring_Northern Rivers_3232"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
725	"Swamp tea-tree forest_South East Queensland_111"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
726	"Alstonville Plateau Spring_Northern Rivers_3233"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
726	"Swamp tea-tree forest_South East Queensland_111"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
727	"Alstonville Plateau Spring_Northern Rivers_3234"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
727	"Swamp tea-tree forest_South East Queensland_111"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
728	"Alstonville Plateau Spring_Northern Rivers_3235"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
728	"Swamp tea-tree forest_South East Queensland_111"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
729	"Alstonville Plateau Spring_Northern Rivers_3236"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
729	"Swamp tea-tree forest_South East Queensland_111"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
730	"Alstonville Plateau Spring_Northern Rivers_3237"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
730	"Swamp tea-tree forest_South East Queensland_111"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
731	"Alstonville Plateau Spring_Northern Rivers_3238"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
731	"Swamp tea-tree forest_South East Queensland_111"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
732	"Alstonville Plateau Spring_Northern Rivers_3239"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
732	"Swamp tea-tree forest_South East Queensland_112"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
733	"Alstonville Plateau Spring_Northern Rivers_3240"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
733	"Swamp tea-tree forest_South East Queensland_112"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
734	"Alstonville Plateau Spring_Northern Rivers_3241"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
734	"Swamp tea-tree forest_South East Queensland_112"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
735	"Alstonville Plateau Spring_Northern Rivers_3242"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
735	"Swamp tea-tree forest_South East Queensland_112"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
736	"Alstonville Plateau Spring_Northern Rivers_3243"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
736	"Swamp tea-tree forest_South East Queensland_112"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
737	"Alstonville Plateau Spring_Northern Rivers_3244"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
737	"Swamp tea-tree forest_South East Queensland_113"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
738	"Alstonville Plateau Spring_Northern Rivers_3245"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
738	"Swamp tea-tree forest_South East Queensland_113"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
739	"Alstonville Plateau Spring_Northern Rivers_3246"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
739	"Swamp tea-tree forest_South East Queensland_113"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
740	"Alstonville Plateau Spring_Northern Rivers_3247"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
740	"Swamp tea-tree forest_South East Queensland_113"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
741	"Alstonville Plateau Spring_Northern Rivers_3248"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
741	"Swamp tea-tree forest_South East Queensland_113"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
742	"Alstonville Plateau Spring_Northern Rivers_3249"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
742	"Swamp tea-tree forest_South East Queensland_114"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
743	"Alstonville Plateau Spring_Northern Rivers_3250"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
743	"Swamp tea-tree forest_South East Queensland_114"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
744	"Alstonville Plateau Spring_Northern Rivers_3251"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
744	"Swamp tea-tree forest_South East Queensland_114"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
745	"Alstonville Plateau Spring_Northern Rivers_3252"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
745	"Swamp tea-tree forest_South East Queensland_114"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
746	"Alstonville Plateau Spring_Northern Rivers_3253"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
746	"Swamp tea-tree forest_South East Queensland_114"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
747	"Alstonville Plateau Spring_Northern Rivers_3254"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
747	"Swamp tea-tree forest_South East Queensland_115"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
748	"Alstonville Plateau Spring_Northern Rivers_3255"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
748	"Swamp tea-tree forest_South East Queensland_115"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
749	"Alstonville Plateau Spring_Northern Rivers_3256"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
749	"Swamp tea-tree forest_South East Queensland_115"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
750	"Alstonville Plateau Spring_Northern Rivers_3257"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
750	"Swamp tea-tree forest_South East Queensland_115"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
751	"Alstonville Plateau Spring_Northern Rivers_3258"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
751	"Swamp tea-tree forest_South East Queensland_115"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
752	"Alstonville Plateau Spring_Northern Rivers_3259"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
752	"Swamp tea-tree forest_South East Queensland_116"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
753	"Alstonville Plateau Spring_Northern Rivers_3260"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
753	"Swamp tea-tree forest_South East Queensland_116"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
754	"Alstonville Plateau Spring_Northern Rivers_3261"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
754	"Swamp tea-tree forest_South East Queensland_116"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
755	"Alstonville Plateau Spring_Northern Rivers_3262"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
755	"Swamp tea-tree forest_South East Queensland_116"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
756	"Alstonville Plateau Spring_Northern Rivers_3263"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
756	"Swamp tea-tree forest_South East Queensland_116"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
757	"Alstonville Plateau Spring_Northern Rivers_3264"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
757	"Swamp tea-tree forest_South East Queensland_116"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
758	"Alstonville Plateau Spring_Northern Rivers_3265"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
758	"Swamp tea-tree forest_South East Queensland_116"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
759	"Alstonville Plateau Spring_Northern Rivers_3266"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
759	"Swamp tea-tree forest_South East Queensland_116"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
760	"Alstonville Plateau Spring_Northern Rivers_3267"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
760	"Swamp tea-tree forest_South East Queensland_116"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
761	"Alstonville Plateau Spring_Northern Rivers_3268"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
761	"Swamp tea-tree forest_South East Queensland_116"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
762	"Alstonville Plateau Spring_Northern Rivers_3269"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
762	"Swamp tea-tree forest_South East Queensland_116"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
763	"Alstonville Plateau Spring_Northern Rivers_3270"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
763	"Swamp tea-tree forest_South East Queensland_117"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
764	"Alstonville Plateau Spring_Northern Rivers_3271"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
764	"Swamp tea-tree forest_South East Queensland_117"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
765	"Alstonville Plateau Spring_Northern Rivers_3272"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
765	"Swamp tea-tree forest_South East Queensland_117"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
766	"Alstonville Plateau Spring_Northern Rivers_3273"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
766	"Swamp tea-tree forest_South East Queensland_117"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
767	"Alstonville Plateau Spring_Northern Rivers_3274"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
767	"Swamp tea-tree forest_South East Queensland_117"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
768	"Alstonville Plateau Spring_Northern Rivers_3275"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
768	"Swamp tea-tree forest_South East Queensland_117"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
769	"Alstonville Plateau Spring_Northern Rivers_3276"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
769	"Swamp tea-tree forest_South East Queensland_117"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
770	"Alstonville Plateau Spring_Northern Rivers_3277"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
770	"Swamp tea-tree forest_South East Queensland_117"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
771	"Alstonville Plateau Spring_Northern Rivers_3278"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
771	"Swamp tea-tree forest_South East Queensland_117"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
772	"Alstonville Plateau Spring_Northern Rivers_3279"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
772	"Swamp tea-tree forest_South East Queensland_117"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
773	"Alstonville Plateau Spring_Northern Rivers_3280"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
773	"Swamp tea-tree forest_South East Queensland_117"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
774	"Alstonville Plateau Spring_Northern Rivers_3281"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
774	"Swamp tea-tree forest_South East Queensland_118"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
775	"Alstonville Plateau Spring_Northern Rivers_3282"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
775	"Swamp tea-tree forest_South East Queensland_118"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
776	"Alstonville Plateau Spring_Northern Rivers_3283"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
776	"Swamp tea-tree forest_South East Queensland_118"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
777	"Alstonville Plateau Spring_Northern Rivers_3284"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
777	"Swamp tea-tree forest_South East Queensland_118"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
778	"Alstonville Plateau Spring_Northern Rivers_3285"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
778	"Swamp tea-tree forest_South East Queensland_118"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
779	"Alstonville Plateau Spring_Northern Rivers_3286"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
779	"Swamp tea-tree forest_South East Queensland_118"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
780	"Alstonville Plateau Spring_Northern Rivers_3287"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
780	"Swamp tea-tree forest_South East Queensland_118"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
781	"Alstonville Plateau Spring_Northern Rivers_3288"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
781	"Swamp tea-tree forest_South East Queensland_118"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
782	"Alstonville Plateau Spring_Northern Rivers_3289"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
782	"Swamp tea-tree forest_South East Queensland_118"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
783	"Alstonville Plateau Spring_Northern Rivers_3290"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
783	"Swamp tea-tree forest_South East Queensland_118"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
784	"Alstonville Plateau Spring_Northern Rivers_3291"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
784	"Swamp tea-tree forest_South East Queensland_118"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
785	"Alstonville Plateau Spring_Northern Rivers_3292"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
785	"Swamp tea-tree forest_South East Queensland_119"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
786	"Alstonville Plateau Spring_Northern Rivers_3293"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
786	"Swamp tea-tree forest_South East Queensland_119"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
787	"Alstonville Plateau Spring_Northern Rivers_3294"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
787	"Swamp tea-tree forest_South East Queensland_119"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
788	"Alstonville Plateau Spring_Northern Rivers_3295"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
788	"Swamp tea-tree forest_South East Queensland_119"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
789	"Alstonville Plateau Spring_Northern Rivers_3296"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
789	"Swamp tea-tree forest_South East Queensland_119"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
790	"Alstonville Plateau Spring_Northern Rivers_3297"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
790	"Swamp tea-tree forest_South East Queensland_119"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
791	"Alstonville Plateau Spring_Northern Rivers_3298"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
791	"Swamp tea-tree forest_South East Queensland_119"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
792	"Alstonville Plateau Spring_Northern Rivers_3299"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
792	"Swamp tea-tree forest_South East Queensland_119"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
793	"Alstonville Plateau Spring_Northern Rivers_3300"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
793	"Swamp tea-tree forest_South East Queensland_119"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
794	"Alstonville Plateau Spring_Northern Rivers_3301"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
794	"Swamp tea-tree forest_South East Queensland_119"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
795	"Alstonville Plateau Spring_Northern Rivers_3302"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
795	"Swamp tea-tree forest_South East Queensland_120"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
796	"Alstonville Plateau Spring_Northern Rivers_3303"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
796	"Swamp tea-tree forest_South East Queensland_120"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
797	"Alstonville Plateau Spring_Northern Rivers_3304"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
797	"Swamp tea-tree forest_South East Queensland_120"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
798	"Alstonville Plateau Spring_Northern Rivers_3305"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
798	"Swamp tea-tree forest_South East Queensland_120"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
799	"Alstonville Plateau Spring_Northern Rivers_3306"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
799	"Swamp tea-tree forest_South East Queensland_120"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
800	"Alstonville Plateau Spring_Northern Rivers_3307"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
800	"Swamp tea-tree forest_South East Queensland_120"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
801	"Alstonville Plateau Spring_Northern Rivers_3308"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
801	"Swamp tea-tree forest_South East Queensland_120"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
802	"Alstonville Plateau Spring_Northern Rivers_3309"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
802	"Swamp tea-tree forest_South East Queensland_120"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
803	"Alstonville Plateau Spring_Northern Rivers_3310"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
803	"Swamp tea-tree forest_South East Queensland_120"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
804	"Alstonville Plateau Spring_Northern Rivers_3311"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
804	"Swamp tea-tree forest_South East Queensland_120"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
805	"Alstonville Plateau Spring_Northern Rivers_3312"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
805	"Swamp tea-tree forest_South East Queensland_120"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
806	"Alstonville Plateau Spring_Northern Rivers_3313"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
806	"Swamp tea-tree forest_South East Queensland_121"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
807	"Alstonville Plateau Spring_Northern Rivers_3314"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
807	"Swamp tea-tree forest_South East Queensland_121"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
808	"Alstonville Plateau Spring_Northern Rivers_3315"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
808	"Swamp tea-tree forest_South East Queensland_121"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
809	"Alstonville Plateau Spring_Northern Rivers_3316"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
809	"Swamp tea-tree forest_South East Queensland_121"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
810	"Alstonville Plateau Spring_Northern Rivers_3317"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
810	"Swamp tea-tree forest_South East Queensland_121"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
811	"Alstonville Plateau Spring_Northern Rivers_3318"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
811	"Swamp tea-tree forest_South East Queensland_121"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
812	"Alstonville Plateau Spring_Northern Rivers_3319"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
812	"Swamp tea-tree forest_South East Queensland_121"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
813	"Alstonville Plateau Spring_Northern Rivers_3320"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
813	"Swamp tea-tree forest_South East Queensland_121"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
814	"Alstonville Plateau Spring_Northern Rivers_3321"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
814	"Swamp tea-tree forest_South East Queensland_121"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
815	"Alstonville Plateau Spring_Northern Rivers_3322"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
815	"Swamp tea-tree forest_South East Queensland_121"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
816	"Alstonville Plateau Spring_Northern Rivers_3323"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
816	"Swamp tea-tree forest_South East Queensland_122"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
817	"Alstonville Plateau Spring_Northern Rivers_3324"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
817	"Swamp tea-tree forest_South East Queensland_122"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
818	"Alstonville Plateau Spring_Northern Rivers_3325"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
818	"Swamp tea-tree forest_South East Queensland_122"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
819	"Alstonville Plateau Spring_Northern Rivers_3326"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
819	"Swamp tea-tree forest_South East Queensland_122"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
820	"Alstonville Plateau Spring_Northern Rivers_3327"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
820	"Swamp tea-tree forest_South East Queensland_122"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
821	"Alstonville Plateau Spring_Northern Rivers_3328"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
821	"Swamp tea-tree forest_South East Queensland_122"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
822	"Alstonville Plateau Spring_Northern Rivers_3329"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
822	"Swamp tea-tree forest_South East Queensland_122"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
823	"Alstonville Plateau Spring_Northern Rivers_3330"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
823	"Swamp tea-tree forest_South East Queensland_122"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
824	"Alstonville Plateau Spring_Northern Rivers_3331"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
824	"Swamp tea-tree forest_South East Queensland_122"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
825	"Alstonville Plateau Spring_Northern Rivers_3332"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
825	"Swamp tea-tree forest_South East Queensland_122"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
826	"Alstonville Plateau Spring_Northern Rivers_3333"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
826	"Swamp tea-tree forest_South East Queensland_122"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
827	"Alstonville Plateau Spring_Northern Rivers_3334"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
827	"Swamp tea-tree forest_South East Queensland_123"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
828	"Alstonville Plateau Spring_Northern Rivers_3335"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
828	"Swamp tea-tree forest_South East Queensland_123"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
829	"Alstonville Plateau Spring_Northern Rivers_3336"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
829	"Swamp tea-tree forest_South East Queensland_123"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
830	"Alstonville Plateau Spring_Northern Rivers_3337"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
830	"Swamp tea-tree forest_South East Queensland_123"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
831	"Alstonville Plateau Spring_Northern Rivers_3338"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
831	"Swamp tea-tree forest_South East Queensland_123"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
832	"Alstonville Plateau Spring_Northern Rivers_3339"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
832	"Swamp tea-tree forest_South East Queensland_123"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
833	"Alstonville Plateau Spring_Northern Rivers_3340"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
833	"Swamp tea-tree forest_South East Queensland_123"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
834	"Alstonville Plateau Spring_Northern Rivers_3341"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
834	"Swamp tea-tree forest_South East Queensland_123"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
835	"Alstonville Plateau Spring_Northern Rivers_3342"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
835	"Swamp tea-tree forest_South East Queensland_123"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
836	"Alstonville Plateau Spring_Northern Rivers_3343"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
836	"Swamp tea-tree forest_South East Queensland_123"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
837	"Alstonville Plateau Spring_Northern Rivers_3344"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
837	"Swamp tea-tree forest_South East Queensland_123"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
838	"Alstonville Plateau Spring_Northern Rivers_3345"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
838	"Swamp tea-tree forest_South East Queensland_124"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
839	"Alstonville Plateau Spring_Northern Rivers_3346"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
839	"Swamp tea-tree forest_South East Queensland_124"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
840	"Alstonville Plateau Spring_Northern Rivers_3347"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
840	"Swamp tea-tree forest_South East Queensland_124"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
841	"Alstonville Plateau Spring_Northern Rivers_3348"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
841	"Swamp tea-tree forest_South East Queensland_124"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
842	"Alstonville Plateau Spring_Northern Rivers_3349"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
842	"Swamp tea-tree forest_South East Queensland_124"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
843	"Alstonville Plateau Spring_Northern Rivers_3350"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
843	"Swamp tea-tree forest_South East Queensland_124"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
844	"Alstonville Plateau Spring_Northern Rivers_3351"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
844	"Swamp tea-tree forest_South East Queensland_124"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
845	"Alstonville Plateau Spring_Northern Rivers_3352"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
845	"Swamp tea-tree forest_South East Queensland_124"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
846	"Alstonville Plateau Spring_Northern Rivers_3353"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
846	"Swamp tea-tree forest_South East Queensland_124"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
847	"Alstonville Plateau Spring_Northern Rivers_3354"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
847	"Swamp tea-tree forest_South East Queensland_124"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
848	"Alstonville Plateau Spring_Northern Rivers_3355"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
848	"Swamp tea-tree forest_South East Queensland_124"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
849	"Alstonville Plateau Spring_Northern Rivers_3356"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
849	"Swamp tea-tree forest_South East Queensland_125"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
850	"Alstonville Plateau Spring_Northern Rivers_3357"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
850	"Swamp tea-tree forest_South East Queensland_125"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
851	"Alstonville Plateau Spring_Northern Rivers_3358"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
851	"Swamp tea-tree forest_South East Queensland_125"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
852	"Alstonville Plateau Spring_Northern Rivers_3359"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
852	"Swamp tea-tree forest_South East Queensland_125"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
853	"Alstonville Plateau Spring_Northern Rivers_3360"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
853	"Swamp tea-tree forest_South East Queensland_125"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
854	"Alstonville Plateau Spring_Northern Rivers_3361"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
854	"Swamp tea-tree forest_South East Queensland_125"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
855	"Alstonville Plateau Spring_Northern Rivers_3362"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
855	"Swamp tea-tree forest_South East Queensland_125"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
856	"Alstonville Plateau Spring_Northern Rivers_3363"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
856	"Swamp tea-tree forest_South East Queensland_125"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
857	"Alstonville Plateau Spring_Northern Rivers_3364"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
857	"Swamp tea-tree forest_South East Queensland_125"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
858	"Alstonville Plateau Spring_Northern Rivers_3365"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
858	"Swamp tea-tree forest_South East Queensland_125"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
859	"Alstonville Plateau Spring_Northern Rivers_3366"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
859	"Swamp tea-tree forest_South East Queensland_125"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
860	"Alstonville Plateau Spring_Northern Rivers_3367"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
860	"Swamp tea-tree forest_South East Queensland_126"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
861	"Alstonville Plateau Spring_Northern Rivers_3368"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
861	"Swamp tea-tree forest_South East Queensland_126"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
862	"Alstonville Plateau Spring_Northern Rivers_3369"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
862	"Swamp tea-tree forest_South East Queensland_126"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
863	"Alstonville Plateau Spring_Northern Rivers_3370"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
863	"Swamp tea-tree forest_South East Queensland_126"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
864	"Alstonville Plateau Spring_Northern Rivers_3371"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
864	"Swamp tea-tree forest_South East Queensland_126"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
865	"Alstonville Plateau Spring_Northern Rivers_3372"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
865	"Swamp tea-tree forest_South East Queensland_127"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
866	"Alstonville Plateau Spring_Northern Rivers_3373"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
866	"Swamp tea-tree forest_South East Queensland_127"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
867	"Alstonville Plateau Spring_Northern Rivers_3374"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
867	"Swamp tea-tree forest_South East Queensland_127"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
868	"Alstonville Plateau Spring_Northern Rivers_3375"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
868	"Swamp tea-tree forest_South East Queensland_127"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
869	"Alstonville Plateau Spring_Northern Rivers_3376"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
869	"Swamp tea-tree forest_South East Queensland_127"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
870	"Alstonville Plateau Spring_Northern Rivers_3377"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
870	"Swamp tea-tree forest_South East Queensland_127"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
871	"Alstonville Plateau Spring_Northern Rivers_3378"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
871	"Swamp tea-tree forest_South East Queensland_127"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
872	"Alstonville Plateau Spring_Northern Rivers_3379"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
872	"Swamp tea-tree forest_South East Queensland_127"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
873	"Alstonville Plateau Spring_Northern Rivers_3380"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
873	"Swamp tea-tree forest_South East Queensland_127"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
874	"Alstonville Plateau Spring_Northern Rivers_3381"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
874	"Swamp tea-tree forest_South East Queensland_127"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
875	"Alstonville Plateau Spring_Northern Rivers_3382"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
875	"Swamp tea-tree forest_South East Queensland_127"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
876	"Alstonville Plateau Spring_Northern Rivers_3383"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
876	"Swamp tea-tree forest_South East Queensland_128"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
877	"Alstonville Plateau Spring_Northern Rivers_3384"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
877	"Swamp tea-tree forest_South East Queensland_128"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
878	"Alstonville Plateau Spring_Northern Rivers_3385"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
878	"Swamp tea-tree forest_South East Queensland_128"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
879	"Alstonville Plateau Spring_Northern Rivers_3386"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
879	"Swamp tea-tree forest_South East Queensland_128"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
880	"Alstonville Plateau Spring_Northern Rivers_3387"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
880	"Swamp tea-tree forest_South East Queensland_128"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
881	"Alstonville Plateau Spring_Northern Rivers_3388"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
881	"Swamp tea-tree forest_South East Queensland_128"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
882	"Alstonville Plateau Spring_Northern Rivers_3389"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
882	"Swamp tea-tree forest_South East Queensland_128"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
883	"Alstonville Plateau Spring_Northern Rivers_3390"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
883	"Swamp tea-tree forest_South East Queensland_128"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
884	"Alstonville Plateau Spring_Northern Rivers_3391"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
884	"Swamp tea-tree forest_South East Queensland_128"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
885	"Alstonville Plateau Spring_Northern Rivers_3392"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
885	"Swamp tea-tree forest_South East Queensland_128"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
886	"Alstonville Plateau Spring_Northern Rivers_3393"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
886	"Swamp tea-tree forest_South East Queensland_128"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
887	"Alstonville Plateau Spring_Northern Rivers_3394"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
887	"Swamp tea-tree forest_South East Queensland_129"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
888	"Alstonville Plateau Spring_Northern Rivers_3395"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
888	"Swamp tea-tree forest_South East Queensland_129"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
889	"Alstonville Plateau Spring_Northern Rivers_3396"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
889	"Swamp tea-tree forest_South East Queensland_129"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
890	"Alstonville Plateau Spring_Northern Rivers_3397"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
890	"Swamp tea-tree forest_South East Queensland_129"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
891	"Alstonville Plateau Spring_Northern Rivers_3398"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
891	"Swamp tea-tree forest_South East Queensland_129"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
892	"Alstonville Plateau Spring_Northern Rivers_3399"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
892	"Swamp tea-tree forest_South East Queensland_129"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
893	"Alstonville Plateau Spring_Northern Rivers_3400"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
893	"Swamp tea-tree forest_South East Queensland_129"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
894	"Alstonville Plateau Spring_Northern Rivers_3401"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
894	"Swamp tea-tree forest_South East Queensland_129"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
895	"Alstonville Plateau Spring_Northern Rivers_3402"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
895	"Swamp tea-tree forest_South East Queensland_129"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
896	"Alstonville Plateau Spring_Northern Rivers_3403"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
896	"Swamp tea-tree forest_South East Queensland_129"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
897	"Alstonville Plateau Spring_Northern Rivers_3404"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
897	"Swamp tea-tree forest_South East Queensland_129"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
898	"Alstonville Plateau Spring_Northern Rivers_3405"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
898	"Swamp tea-tree forest_South East Queensland_130"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
899	"Alstonville Plateau Spring_Northern Rivers_3406"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
899	"Swamp tea-tree forest_South East Queensland_130"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
900	"Alstonville Plateau Spring_Northern Rivers_3407"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
900	"Swamp tea-tree forest_South East Queensland_130"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
901	"Alstonville Plateau Spring_Northern Rivers_3408"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
901	"Swamp tea-tree forest_South East Queensland_130"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
902	"Alstonville Plateau Spring_Northern Rivers_3409"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
902	"Swamp tea-tree forest_South East Queensland_130"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
903	"Alstonville Plateau Spring_Northern Rivers_3410"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
903	"Swamp tea-tree forest_South East Queensland_130"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
904	"Alstonville Plateau Spring_Northern Rivers_3411"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
904	"Swamp tea-tree forest_South East Queensland_130"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
905	"Alstonville Plateau Spring_Northern Rivers_3412"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
905	"Swamp tea-tree forest_South East Queensland_130"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
906	"Alstonville Plateau Spring_Northern Rivers_3413"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
906	"Swamp tea-tree forest_South East Queensland_130"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
907	"Alstonville Plateau Spring_Northern Rivers_3414"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
907	"Swamp tea-tree forest_South East Queensland_130"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
908	"Alstonville Plateau Spring_Northern Rivers_3415"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
908	"Swamp tea-tree forest_South East Queensland_130"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
909	"Alstonville Plateau Spring_Northern Rivers_3416"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
909	"Purga Nature Reserve - Swamp tea-tree forest_South East Queensland_131"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
910	"Alstonville Plateau Spring_Northern Rivers_3417"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
910	"Purga Nature Reserve - Swamp tea-tree forest_South East Queensland_131"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
911	"Alstonville Plateau Spring_Northern Rivers_3418"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
911	"Purga Nature Reserve - Swamp tea-tree forest_South East Queensland_131"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
912	"Alstonville Plateau Spring_Northern Rivers_3419"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
912	"Purga Nature Reserve - Swamp tea-tree forest_South East Queensland_131"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
913	"Alstonville Plateau Spring_Northern Rivers_3420"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
913	"Purga Nature Reserve - Swamp tea-tree forest_South East Queensland_131"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
914	"Alstonville Plateau Spring_Northern Rivers_3421"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
914	"Purga Nature Reserve - Swamp tea-tree forest_South East Queensland_131"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
915	"Alstonville Plateau Spring_Northern Rivers_3422"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
915	"Purga Nature Reserve - Swamp tea-tree forest_South East Queensland_131"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
916	"Alstonville Plateau Spring_Northern Rivers_3423"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
916	"Purga Nature Reserve - Swamp tea-tree forest_South East Queensland_131"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
917	"Alstonville Plateau Spring_Northern Rivers_3424"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
917	"Purga Nature Reserve - Swamp tea-tree forest_South East Queensland_131"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
918	"Alstonville Plateau Spring_Northern Rivers_3425"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
918	"Purga Nature Reserve - Swamp tea-tree forest_South East Queensland_131"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
919	"Alstonville Plateau Spring_Northern Rivers_3426"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
919	"Purga Nature Reserve - Swamp tea-tree forest_South East Queensland_131"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
920	"Alstonville Plateau Spring_Northern Rivers_3427"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
920	"Swamp tea-tree forest_South East Queensland_132"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
921	"Alstonville Plateau Spring_Northern Rivers_3428"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
921	"Swamp tea-tree forest_South East Queensland_132"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
922	"Alstonville Plateau Spring_Northern Rivers_3429"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
922	"Swamp tea-tree forest_South East Queensland_132"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
923	"Alstonville Plateau Spring_Northern Rivers_3430"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
923	"Swamp tea-tree forest_South East Queensland_132"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
924	"Alstonville Plateau Spring_Northern Rivers_3431"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
924	"Swamp tea-tree forest_South East Queensland_132"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
925	"Alstonville Plateau Spring_Northern Rivers_3432"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
925	"Swamp tea-tree forest_South East Queensland_132"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
926	"Alstonville Plateau Spring_Northern Rivers_3433"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
926	"Swamp tea-tree forest_South East Queensland_132"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
927	"Alstonville Plateau Spring_Northern Rivers_3434"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
927	"Swamp tea-tree forest_South East Queensland_132"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
928	"Alstonville Plateau Spring_Northern Rivers_3435"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
928	"Swamp tea-tree forest_South East Queensland_132"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
929	"Alstonville Plateau Spring_Northern Rivers_3436"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
929	"Swamp tea-tree forest_South East Queensland_132"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
930	"Alstonville Plateau Spring_Northern Rivers_3437"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
930	"Swamp tea-tree forest_South East Queensland_132"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
931	"Alstonville Plateau Spring_Northern Rivers_3438"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
931	"Swamp tea-tree forest_South East Queensland_133"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
932	"Alstonville Plateau Spring_Northern Rivers_3439"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
932	"Swamp tea-tree forest_South East Queensland_133"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
933	"Alstonville Plateau Spring_Northern Rivers_3440"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
933	"Swamp tea-tree forest_South East Queensland_133"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
934	"Alstonville Plateau Spring_Northern Rivers_3441"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
934	"Swamp tea-tree forest_South East Queensland_133"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
935	"Alstonville Plateau Spring_Northern Rivers_3442"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
935	"Swamp tea-tree forest_South East Queensland_133"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
936	"Alstonville Plateau Spring_Northern Rivers_3443"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
936	"Swamp tea-tree forest_South East Queensland_133"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
937	"Alstonville Plateau Spring_Northern Rivers_3444"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
937	"Swamp tea-tree forest_South East Queensland_133"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
938	"Alstonville Plateau Spring_Northern Rivers_3445"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
938	"Swamp tea-tree forest_South East Queensland_133"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
939	"Alstonville Plateau Spring_Northern Rivers_3446"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
939	"Swamp tea-tree forest_South East Queensland_133"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
940	"Alstonville Plateau Spring_Northern Rivers_3447"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
940	"Swamp tea-tree forest_South East Queensland_133"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
941	"Alstonville Plateau Spring_Northern Rivers_3448"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
941	"Swamp tea-tree forest_South East Queensland_133"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
942	"Alstonville Plateau Spring_Northern Rivers_3449"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
942	"Swamp tea-tree forest_South East Queensland_134"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
943	"Alstonville Plateau Spring_Northern Rivers_3450"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
943	"Swamp tea-tree forest_South East Queensland_134"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
944	"Alstonville Plateau Spring_Northern Rivers_3451"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
944	"Swamp tea-tree forest_South East Queensland_134"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
945	"Alstonville Plateau Spring_Northern Rivers_3452"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
945	"Swamp tea-tree forest_South East Queensland_134"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
946	"Alstonville Plateau Spring_Northern Rivers_3453"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
946	"Swamp tea-tree forest_South East Queensland_134"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
947	"Alstonville Plateau Spring_Northern Rivers_3454"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
947	"Swamp tea-tree forest_South East Queensland_134"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
948	"Alstonville Plateau Spring_Northern Rivers_3455"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
948	"Swamp tea-tree forest_South East Queensland_134"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
949	"Alstonville Plateau Spring_Northern Rivers_3456"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
949	"Swamp tea-tree forest_South East Queensland_134"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
950	"Alstonville Plateau Spring_Northern Rivers_3457"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
950	"Swamp tea-tree forest_South East Queensland_134"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
951	"Alstonville Plateau Spring_Northern Rivers_3458"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
951	"Swamp tea-tree forest_South East Queensland_134"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
952	"Alstonville Plateau Spring_Northern Rivers_3459"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
952	"Swamp tea-tree forest_South East Queensland_134"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
953	"Alstonville Plateau Spring_Northern Rivers_3460"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
953	"Swamp tea-tree forest_South East Queensland_135"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
954	"Alstonville Plateau Spring_Northern Rivers_3461"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
954	"Swamp tea-tree forest_South East Queensland_135"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
955	"Alstonville Plateau Spring_Northern Rivers_3462"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
955	"Swamp tea-tree forest_South East Queensland_135"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
956	"Alstonville Plateau Spring_Northern Rivers_3463"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
956	"Swamp tea-tree forest_South East Queensland_135"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
957	"Alstonville Plateau Spring_Northern Rivers_3464"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
957	"Swamp tea-tree forest_South East Queensland_135"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
958	"Alstonville Plateau Spring_Northern Rivers_3465"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
958	"Swamp tea-tree forest_South East Queensland_135"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
959	"Alstonville Plateau Spring_Northern Rivers_3466"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
959	"Swamp tea-tree forest_South East Queensland_135"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
960	"Alstonville Plateau Spring_Northern Rivers_3467"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
960	"Swamp tea-tree forest_South East Queensland_135"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
961	"Alstonville Plateau Spring_Northern Rivers_3468"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
961	"Swamp tea-tree forest_South East Queensland_135"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
962	"Alstonville Plateau Spring_Northern Rivers_3469"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
962	"Swamp tea-tree forest_South East Queensland_135"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
963	"Alstonville Plateau Spring_Northern Rivers_3470"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
963	"Swamp tea-tree forest_South East Queensland_135"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
964	"Alstonville Plateau Spring_Northern Rivers_3471"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
964	"Swamp tea-tree forest_South East Queensland_136"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
965	"Alstonville Plateau Spring_Northern Rivers_3472"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
965	"Swamp tea-tree forest_South East Queensland_136"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
966	"Alstonville Plateau Spring_Northern Rivers_3473"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
966	"Swamp tea-tree forest_South East Queensland_136"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
967	"Alstonville Plateau Spring_Northern Rivers_3474"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
967	"Swamp tea-tree forest_South East Queensland_136"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
968	"Alstonville Plateau Spring_Northern Rivers_3475"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
968	"Swamp tea-tree forest_South East Queensland_136"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
969	"Alstonville Plateau Spring_Northern Rivers_3476"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
969	"Swamp tea-tree forest_South East Queensland_136"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
970	"Alstonville Plateau Spring_Northern Rivers_3477"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
970	"Swamp tea-tree forest_South East Queensland_136"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
971	"Alstonville Plateau Spring_Northern Rivers_3478"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
971	"Swamp tea-tree forest_South East Queensland_136"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
972	"Alstonville Plateau Spring_Northern Rivers_3479"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
972	"Swamp tea-tree forest_South East Queensland_136"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
973	"Alstonville Plateau Spring_Northern Rivers_3480"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
973	"Swamp tea-tree forest_South East Queensland_136"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
974	"Alstonville Plateau Spring_Northern Rivers_3481"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
974	"Swamp tea-tree forest_South East Queensland_136"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
975	"Alstonville Plateau Spring_Northern Rivers_3482"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
975	"Swamp tea-tree forest_South East Queensland_137"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
976	"Alstonville Plateau Spring_Northern Rivers_3483"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
976	"Swamp tea-tree forest_South East Queensland_137"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
977	"Alstonville Plateau Spring_Northern Rivers_3484"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
977	"Swamp tea-tree forest_South East Queensland_137"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
978	"Alstonville Plateau Spring_Northern Rivers_3485"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
978	"Swamp tea-tree forest_South East Queensland_137"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
979	"Alstonville Plateau Spring_Northern Rivers_3486"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
979	"Swamp tea-tree forest_South East Queensland_137"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
980	"Alstonville Plateau Spring_Northern Rivers_3487"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
980	"Swamp tea-tree forest_South East Queensland_138"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
981	"Alstonville Plateau Spring_Northern Rivers_3488"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
981	"Swamp tea-tree forest_South East Queensland_138"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
982	"Alstonville Plateau Spring_Northern Rivers_3489"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
982	"Swamp tea-tree forest_South East Queensland_138"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
983	"Alstonville Plateau Spring_Northern Rivers_3490"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
983	"Swamp tea-tree forest_South East Queensland_138"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
984	"Alstonville Plateau Spring_Northern Rivers_3491"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
984	"Swamp tea-tree forest_South East Queensland_138"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
985	"Alstonville Plateau Spring_Northern Rivers_3492"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
985	"Swamp tea-tree forest_South East Queensland_138"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
986	"Alstonville Plateau Spring_Northern Rivers_3493"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
986	"Swamp tea-tree forest_South East Queensland_138"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
987	"Alstonville Plateau Spring_Northern Rivers_3494"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
987	"Swamp tea-tree forest_South East Queensland_138"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
988	"Alstonville Plateau Spring_Northern Rivers_3495"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
988	"Swamp tea-tree forest_South East Queensland_138"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
989	"Alstonville Plateau Spring_Northern Rivers_3496"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
989	"Swamp tea-tree forest_South East Queensland_138"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
990	"Alstonville Plateau Spring_Northern Rivers_3497"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
990	"Swamp tea-tree forest_South East Queensland_138"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
991	"Alstonville Plateau Spring_Northern Rivers_3498"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
991	"Swamp tea-tree forest_South East Queensland_139"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
992	"Alstonville Plateau Spring_Northern Rivers_3499"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
992	"Swamp tea-tree forest_South East Queensland_139"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
993	"Alstonville Plateau Spring_Northern Rivers_3500"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
993	"Swamp tea-tree forest_South East Queensland_139"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
994	"Alstonville Plateau Spring_Northern Rivers_3501"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
994	"Swamp tea-tree forest_South East Queensland_139"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
995	"Alstonville Plateau Spring_Northern Rivers_3502"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
995	"Swamp tea-tree forest_South East Queensland_139"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
996	"Alstonville Plateau Spring_Northern Rivers_3503"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
996	"Swamp tea-tree forest_South East Queensland_139"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
997	"Alstonville Plateau Spring_Northern Rivers_3504"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
997	"Swamp tea-tree forest_South East Queensland_139"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
998	"Alstonville Plateau Spring_Northern Rivers_3505"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
998	"Swamp tea-tree forest_South East Queensland_139"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
999	"Alstonville Plateau Spring_Northern Rivers_3506"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
999	"Swamp tea-tree forest_South East Queensland_139"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1000	"Alstonville Plateau Spring_Northern Rivers_3507"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1000	"Swamp tea-tree forest_South East Queensland_139"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1001	"Alstonville Plateau Spring_Northern Rivers_3508"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1001	"Swamp tea-tree forest_South East Queensland_139"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1002	"Alstonville Plateau Spring_Northern Rivers_3509"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1003	"Alstonville Plateau Spring_Northern Rivers_3510"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1003	"Swamp tea-tree forest_South East Queensland_141"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1004	"Alstonville Plateau Spring_Northern Rivers_3511"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1004	"Swamp tea-tree forest_South East Queensland_141"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1005	"Alstonville Plateau Spring_Northern Rivers_3512"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1005	"Swamp tea-tree forest_South East Queensland_141"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1006	"Alstonville Plateau Spring_Northern Rivers_3513"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1006	"Swamp tea-tree forest_South East Queensland_141"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1007	"Alstonville Plateau Spring_Northern Rivers_3514"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1007	"Swamp tea-tree forest_South East Queensland_141"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1008	"Alstonville Plateau Spring_Northern Rivers_3515"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1008	"Swamp tea-tree forest_South East Queensland_142"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1009	"Alstonville Plateau Spring_Northern Rivers_3516"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1009	"Swamp tea-tree forest_South East Queensland_142"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1010	"Alstonville Plateau Spring_Northern Rivers_3517"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1010	"Swamp tea-tree forest_South East Queensland_142"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1011	"Alstonville Plateau Spring_Northern Rivers_3518"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1011	"Swamp tea-tree forest_South East Queensland_142"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1012	"Alstonville Plateau Spring_Northern Rivers_3519"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1012	"Swamp tea-tree forest_South East Queensland_142"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1013	"Alstonville Plateau Spring_Northern Rivers_3520"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1013	"Swamp tea-tree forest_South East Queensland_142"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1014	"Alstonville Plateau Spring_Northern Rivers_3521"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1014	"Swamp tea-tree forest_South East Queensland_142"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1015	"Alstonville Plateau Spring_Northern Rivers_3522"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1015	"Swamp tea-tree forest_South East Queensland_142"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1016	"Alstonville Plateau Spring_Northern Rivers_3523"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1016	"Swamp tea-tree forest_South East Queensland_142"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1017	"Alstonville Plateau Spring_Northern Rivers_3524"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1017	"Swamp tea-tree forest_South East Queensland_142"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1018	"Alstonville Plateau Spring_Northern Rivers_3525"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1018	"Swamp tea-tree forest_South East Queensland_142"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1019	"Alstonville Plateau Spring_Northern Rivers_3526"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1019	"Swamp tea-tree forest_South East Queensland_143"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1020	"Alstonville Plateau Spring_Northern Rivers_3527"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1020	"Swamp tea-tree forest_South East Queensland_143"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1021	"Alstonville Plateau Spring_Northern Rivers_3528"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1021	"Swamp tea-tree forest_South East Queensland_143"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1022	"Alstonville Plateau Spring_Northern Rivers_3529"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1022	"Swamp tea-tree forest_South East Queensland_143"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1023	"Alstonville Plateau Spring_Northern Rivers_3530"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1023	"Swamp tea-tree forest_South East Queensland_143"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1024	"Alstonville Plateau Spring_Northern Rivers_3531"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1024	"Swamp tea-tree forest_South East Queensland_143"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1025	"Alstonville Plateau Spring_Northern Rivers_3532"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1025	"Swamp tea-tree forest_South East Queensland_143"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1026	"Alstonville Plateau Spring_Northern Rivers_3533"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1026	"Swamp tea-tree forest_South East Queensland_143"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1027	"Alstonville Plateau Spring_Northern Rivers_3534"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1027	"Swamp tea-tree forest_South East Queensland_143"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1028	"Alstonville Plateau Spring_Northern Rivers_3535"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1028	"Swamp tea-tree forest_South East Queensland_143"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1029	"Alstonville Plateau Spring_Northern Rivers_3536"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1029	"Swamp tea-tree forest_South East Queensland_143"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1030	"Alstonville Plateau Spring_Northern Rivers_3537"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1030	"Swamp tea-tree forest_South East Queensland_144"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1031	"Alstonville Plateau Spring_Northern Rivers_3538"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1031	"Swamp tea-tree forest_South East Queensland_144"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1032	"Alstonville Plateau Spring_Northern Rivers_3539"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1032	"Swamp tea-tree forest_South East Queensland_144"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1033	"Alstonville Plateau Spring_Northern Rivers_3540"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1033	"Swamp tea-tree forest_South East Queensland_144"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1034	"Alstonville Plateau Spring_Northern Rivers_3541"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1034	"Swamp tea-tree forest_South East Queensland_144"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1035	"Alstonville Plateau Spring_Northern Rivers_3542"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1035	"Swamp tea-tree forest_South East Queensland_144"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1036	"Alstonville Plateau Spring_Northern Rivers_3543"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1036	"Swamp tea-tree forest_South East Queensland_144"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1037	"Alstonville Plateau Spring_Northern Rivers_3544"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1037	"Swamp tea-tree forest_South East Queensland_144"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1038	"Alstonville Plateau Spring_Northern Rivers_3545"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1038	"Swamp tea-tree forest_South East Queensland_144"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1039	"Alstonville Plateau Spring_Northern Rivers_3546"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1039	"Swamp tea-tree forest_South East Queensland_144"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1040	"Alstonville Plateau Spring_Northern Rivers_3547"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1040	"Swamp tea-tree forest_South East Queensland_144"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1041	"Alstonville Plateau Spring_Northern Rivers_3548"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1042	"Alstonville Plateau Spring_Northern Rivers_3549"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1042	"Swamp tea-tree forest_South East Queensland_146"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1043	"Alstonville Plateau Spring_Northern Rivers_3550"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1043	"Swamp tea-tree forest_South East Queensland_146"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1044	"Alstonville Plateau Spring_Northern Rivers_3551"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1044	"Swamp tea-tree forest_South East Queensland_146"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1045	"Alstonville Plateau Spring_Northern Rivers_3552"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1045	"Swamp tea-tree forest_South East Queensland_146"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1046	"Alstonville Plateau Spring_Northern Rivers_3553"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1046	"Swamp tea-tree forest_South East Queensland_146"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1047	"Alstonville Plateau Spring_Northern Rivers_3554"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1047	"Swamp tea-tree forest_South East Queensland_146"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1048	"Alstonville Plateau Spring_Northern Rivers_3555"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1048	"Swamp tea-tree forest_South East Queensland_146"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1049	"Alstonville Plateau Spring_Northern Rivers_3556"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1049	"Swamp tea-tree forest_South East Queensland_146"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1050	"Alstonville Plateau Spring_Northern Rivers_3557"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1050	"Swamp tea-tree forest_South East Queensland_146"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1051	"Alstonville Plateau Spring_Northern Rivers_3558"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1051	"Swamp tea-tree forest_South East Queensland_146"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1052	"Alstonville Plateau Spring_Northern Rivers_3559"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1052	"Swamp tea-tree forest_South East Queensland_146"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1053	"Alstonville Plateau Spring_Northern Rivers_3560"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1054	"Alstonville Plateau Spring_Northern Rivers_3561"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1054	"Swamp tea-tree forest_South East Queensland_148"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1055	"Alstonville Plateau Spring_Northern Rivers_3562"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1055	"Swamp tea-tree forest_South East Queensland_148"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1056	"Alstonville Plateau Spring_Northern Rivers_3563"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1056	"Swamp tea-tree forest_South East Queensland_148"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1057	"Alstonville Plateau Spring_Northern Rivers_3564"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1057	"Swamp tea-tree forest_South East Queensland_148"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1058	"Alstonville Plateau Spring_Northern Rivers_3565"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1058	"Swamp tea-tree forest_South East Queensland_148"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1059	"Alstonville Plateau Spring_Northern Rivers_3566"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1059	"Swamp tea-tree forest_South East Queensland_148"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1060	"Alstonville Plateau Spring_Northern Rivers_3567"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1060	"Swamp tea-tree forest_South East Queensland_148"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1061	"Alstonville Plateau Spring_Northern Rivers_3568"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1061	"Swamp tea-tree forest_South East Queensland_148"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1062	"Alstonville Plateau Spring_Northern Rivers_3569"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1062	"Swamp tea-tree forest_South East Queensland_148"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1063	"Alstonville Plateau Spring_Northern Rivers_3570"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1063	"Swamp tea-tree forest_South East Queensland_148"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1064	"Alstonville Plateau Spring_Northern Rivers_3571"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1064	"Swamp tea-tree forest_South East Queensland_148"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1065	"Alstonville Plateau Spring_Northern Rivers_3572"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1065	"Swamp tea-tree forest_South East Queensland_149"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1066	"Alstonville Plateau Spring_Northern Rivers_3573"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1066	"Swamp tea-tree forest_South East Queensland_149"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1067	"Alstonville Plateau Spring_Northern Rivers_3574"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1067	"Swamp tea-tree forest_South East Queensland_149"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1068	"Alstonville Plateau Spring_Northern Rivers_3575"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1068	"Swamp tea-tree forest_South East Queensland_149"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1069	"Alstonville Plateau Spring_Northern Rivers_3576"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1069	"Swamp tea-tree forest_South East Queensland_149"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1070	"Alstonville Plateau Spring_Northern Rivers_3577"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1070	"Swamp tea-tree forest_South East Queensland_149"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1071	"Alstonville Plateau Spring_Northern Rivers_3578"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1071	"Swamp tea-tree forest_South East Queensland_149"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1072	"Alstonville Plateau Spring_Northern Rivers_3579"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1072	"Swamp tea-tree forest_South East Queensland_149"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1073	"Alstonville Plateau Spring_Northern Rivers_3580"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1073	"Swamp tea-tree forest_South East Queensland_149"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1074	"Alstonville Plateau Spring_Northern Rivers_3581"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1074	"Swamp tea-tree forest_South East Queensland_149"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1075	"Alstonville Plateau Spring_Northern Rivers_3582"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1075	"Swamp tea-tree forest_South East Queensland_149"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1076	"Alstonville Plateau Spring_Northern Rivers_3583"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1076	"Swamp tea-tree forest_South East Queensland_150"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1077	"Alstonville Plateau Spring_Northern Rivers_3584"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1077	"Swamp tea-tree forest_South East Queensland_150"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1078	"Alstonville Plateau Spring_Northern Rivers_3585"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1078	"Swamp tea-tree forest_South East Queensland_150"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1079	"Alstonville Plateau Spring_Northern Rivers_3586"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1079	"Swamp tea-tree forest_South East Queensland_150"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1080	"Alstonville Plateau Spring_Northern Rivers_3587"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1080	"Swamp tea-tree forest_South East Queensland_150"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1081	"Alstonville Plateau Spring_Northern Rivers_3588"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1081	"Swamp tea-tree forest_South East Queensland_150"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1082	"Alstonville Plateau Spring_Northern Rivers_3589"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1082	"Swamp tea-tree forest_South East Queensland_150"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1083	"Alstonville Plateau Spring_Northern Rivers_3590"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1083	"Swamp tea-tree forest_South East Queensland_150"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1084	"Alstonville Plateau Spring_Northern Rivers_3591"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1084	"Swamp tea-tree forest_South East Queensland_150"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1085	"Alstonville Plateau Spring_Northern Rivers_3592"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1085	"Swamp tea-tree forest_South East Queensland_150"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1086	"Alstonville Plateau Spring_Northern Rivers_3593"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1086	"Swamp tea-tree forest_South East Queensland_150"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1087	"Alstonville Plateau Spring_Northern Rivers_3594"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1087	"Swamp tea-tree forest_South East Queensland_151"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1088	"Alstonville Plateau Spring_Northern Rivers_3595"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1088	"Swamp tea-tree forest_South East Queensland_151"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1089	"Alstonville Plateau Spring_Northern Rivers_3596"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1089	"Swamp tea-tree forest_South East Queensland_151"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1090	"Alstonville Plateau Spring_Northern Rivers_3597"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1090	"Swamp tea-tree forest_South East Queensland_151"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1091	"Alstonville Plateau Spring_Northern Rivers_3598"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1091	"Swamp tea-tree forest_South East Queensland_151"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1092	"Alstonville Plateau Spring_Northern Rivers_3599"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1092	"Swamp tea-tree forest_South East Queensland_151"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1093	"Alstonville Plateau Spring_Northern Rivers_3600"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1093	"Swamp tea-tree forest_South East Queensland_151"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1094	"Alstonville Plateau Spring_Northern Rivers_3601"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1094	"Swamp tea-tree forest_South East Queensland_151"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1095	"Alstonville Plateau Spring_Northern Rivers_3602"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1095	"Swamp tea-tree forest_South East Queensland_151"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1096	"Alstonville Plateau Spring_Northern Rivers_3603"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1096	"Swamp tea-tree forest_South East Queensland_151"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1097	"Alstonville Plateau Spring_Northern Rivers_3604"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1097	"Swamp tea-tree forest_South East Queensland_151"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1098	"Alstonville Plateau Spring_Northern Rivers_3605"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1098	"Swamp tea-tree forest_South East Queensland_152"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1099	"Alstonville Plateau Spring_Northern Rivers_3606"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1099	"Swamp tea-tree forest_South East Queensland_152"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1100	"Alstonville Plateau Spring_Northern Rivers_3607"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1100	"Swamp tea-tree forest_South East Queensland_152"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1101	"Alstonville Plateau Spring_Northern Rivers_3608"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1101	"Swamp tea-tree forest_South East Queensland_152"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1102	"Alstonville Plateau Spring_Northern Rivers_3609"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1102	"Swamp tea-tree forest_South East Queensland_152"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1103	"Alstonville Plateau Spring_Northern Rivers_3610"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1103	"Swamp tea-tree forest_South East Queensland_152"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1104	"Alstonville Plateau Spring_Northern Rivers_3611"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1104	"Swamp tea-tree forest_South East Queensland_152"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1105	"Alstonville Plateau Spring_Northern Rivers_3612"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1105	"Swamp tea-tree forest_South East Queensland_152"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1106	"Alstonville Plateau Spring_Northern Rivers_3613"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1106	"Swamp tea-tree forest_South East Queensland_152"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1107	"Alstonville Plateau Spring_Northern Rivers_3614"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1107	"Swamp tea-tree forest_South East Queensland_152"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1108	"Alstonville Plateau Spring_Northern Rivers_3615"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1108	"Swamp tea-tree forest_South East Queensland_152"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1109	"Alstonville Plateau Spring_Northern Rivers_3616"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1109	"Swamp tea-tree forest_South East Queensland_153"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1110	"Alstonville Plateau Spring_Northern Rivers_3617"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1110	"Swamp tea-tree forest_South East Queensland_153"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1111	"Alstonville Plateau Spring_Northern Rivers_3618"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1111	"Swamp tea-tree forest_South East Queensland_153"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1112	"Alstonville Plateau Spring_Northern Rivers_3619"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1112	"Swamp tea-tree forest_South East Queensland_153"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1113	"Alstonville Plateau Spring_Northern Rivers_3620"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1113	"Swamp tea-tree forest_South East Queensland_153"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1114	"Alstonville Plateau Spring_Northern Rivers_3621"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1114	"Swamp tea-tree forest_South East Queensland_153"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1115	"Alstonville Plateau Spring_Northern Rivers_3622"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1115	"Swamp tea-tree forest_South East Queensland_153"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1116	"Alstonville Plateau Spring_Northern Rivers_3623"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1116	"Swamp tea-tree forest_South East Queensland_153"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1117	"Alstonville Plateau Spring_Northern Rivers_3624"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1117	"Swamp tea-tree forest_South East Queensland_153"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1118	"Alstonville Plateau Spring_Northern Rivers_3625"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1118	"Swamp tea-tree forest_South East Queensland_153"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1119	"Alstonville Plateau Spring_Northern Rivers_3626"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1119	"Swamp tea-tree forest_South East Queensland_153"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1120	"Alstonville Plateau Spring_Northern Rivers_3627"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1120	"Swamp tea-tree forest_South East Queensland_154"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1121	"Alstonville Plateau Spring_Northern Rivers_3628"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1121	"Swamp tea-tree forest_South East Queensland_154"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1122	"Alstonville Plateau Spring_Northern Rivers_3629"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1122	"Swamp tea-tree forest_South East Queensland_154"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1123	"Alstonville Plateau Spring_Northern Rivers_3630"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1123	"Swamp tea-tree forest_South East Queensland_154"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1124	"Alstonville Plateau Spring_Northern Rivers_3631"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1124	"Swamp tea-tree forest_South East Queensland_154"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1125	"Alstonville Plateau Spring_Northern Rivers_3632"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1125	"Swamp tea-tree forest_South East Queensland_154"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1126	"Alstonville Plateau Spring_Northern Rivers_3633"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1126	"Swamp tea-tree forest_South East Queensland_154"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1127	"Alstonville Plateau Spring_Northern Rivers_3634"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1127	"Swamp tea-tree forest_South East Queensland_154"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1128	"Alstonville Plateau Spring_Northern Rivers_3635"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1128	"Swamp tea-tree forest_South East Queensland_154"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1129	"Alstonville Plateau Spring_Northern Rivers_3636"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1129	"Swamp tea-tree forest_South East Queensland_154"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1130	"Alstonville Plateau Spring_Northern Rivers_3637"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1130	"Swamp tea-tree forest_South East Queensland_154"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1131	"Alstonville Plateau Spring_Northern Rivers_3638"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1131	"Swamp tea-tree forest_South East Queensland_155"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1132	"Alstonville Plateau Spring_Northern Rivers_3639"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1132	"Swamp tea-tree forest_South East Queensland_155"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1133	"Alstonville Plateau Spring_Northern Rivers_3640"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1133	"Swamp tea-tree forest_South East Queensland_155"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1134	"Alstonville Plateau Spring_Northern Rivers_3641"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1134	"Swamp tea-tree forest_South East Queensland_155"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1135	"Alstonville Plateau Spring_Northern Rivers_3642"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1135	"Swamp tea-tree forest_South East Queensland_155"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1136	"Alstonville Plateau Spring_Northern Rivers_3643"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1136	"Swamp tea-tree forest_South East Queensland_155"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1137	"Alstonville Plateau Spring_Northern Rivers_3644"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1137	"Swamp tea-tree forest_South East Queensland_155"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1138	"Alstonville Plateau Spring_Northern Rivers_3645"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1138	"Swamp tea-tree forest_South East Queensland_155"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1139	"Alstonville Plateau Spring_Northern Rivers_3646"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1139	"Swamp tea-tree forest_South East Queensland_155"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1140	"Alstonville Plateau Spring_Northern Rivers_3647"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1140	"Swamp tea-tree forest_South East Queensland_155"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1141	"Alstonville Plateau Spring_Northern Rivers_3648"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1141	"Swamp tea-tree forest_South East Queensland_155"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1142	"Alstonville Plateau Spring_Northern Rivers_3649"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1142	"Swamp tea-tree forest_South East Queensland_156"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1143	"Alstonville Plateau Spring_Northern Rivers_3650"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1143	"Swamp tea-tree forest_South East Queensland_156"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1144	"Alstonville Plateau Spring_Northern Rivers_3651"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1144	"Swamp tea-tree forest_South East Queensland_156"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1145	"Alstonville Plateau Spring_Northern Rivers_3652"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1145	"Swamp tea-tree forest_South East Queensland_156"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1146	"Alstonville Plateau Spring_Northern Rivers_3653"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1146	"Swamp tea-tree forest_South East Queensland_156"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1147	"Alstonville Plateau Spring_Northern Rivers_3654"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1147	"Swamp tea-tree forest_South East Queensland_156"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1148	"Alstonville Plateau Spring_Northern Rivers_3655"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1148	"Swamp tea-tree forest_South East Queensland_156"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1149	"Alstonville Plateau Spring_Northern Rivers_3656"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1149	"Swamp tea-tree forest_South East Queensland_156"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1150	"Alstonville Plateau Spring_Northern Rivers_3657"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1150	"Swamp tea-tree forest_South East Queensland_156"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1151	"Alstonville Plateau Spring_Northern Rivers_3658"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1151	"Swamp tea-tree forest_South East Queensland_156"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1152	"Alstonville Plateau Spring_Northern Rivers_3659"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1152	"Swamp tea-tree forest_South East Queensland_156"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1153	"Alstonville Plateau Spring_Northern Rivers_3660"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1153	"Swamp tea-tree forest_South East Queensland_157"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1154	"Alstonville Plateau Spring_Northern Rivers_3661"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1154	"Swamp tea-tree forest_South East Queensland_157"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1155	"Alstonville Plateau Spring_Northern Rivers_3662"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1155	"Swamp tea-tree forest_South East Queensland_157"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1156	"Alstonville Plateau Spring_Northern Rivers_3663"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1156	"Swamp tea-tree forest_South East Queensland_157"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1157	"Alstonville Plateau Spring_Northern Rivers_3664"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1157	"Swamp tea-tree forest_South East Queensland_157"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1158	"Alstonville Plateau Spring_Northern Rivers_3665"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1158	"Swamp tea-tree forest_South East Queensland_157"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1159	"Alstonville Plateau Spring_Northern Rivers_3666"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1159	"Swamp tea-tree forest_South East Queensland_157"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1160	"Alstonville Plateau Spring_Northern Rivers_3667"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1160	"Swamp tea-tree forest_South East Queensland_157"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1161	"Alstonville Plateau Spring_Northern Rivers_3668"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1161	"Swamp tea-tree forest_South East Queensland_157"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1162	"Alstonville Plateau Spring_Northern Rivers_3669"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1162	"Swamp tea-tree forest_South East Queensland_157"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1163	"Alstonville Plateau Spring_Northern Rivers_3670"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1163	"Swamp tea-tree forest_South East Queensland_157"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1164	"Alstonville Plateau Spring_Northern Rivers_3671"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1164	"Swamp tea-tree forest_South East Queensland_158"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1165	"Alstonville Plateau Spring_Northern Rivers_3672"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1165	"Swamp tea-tree forest_South East Queensland_158"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1166	"Alstonville Plateau Spring_Northern Rivers_3673"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1166	"Swamp tea-tree forest_South East Queensland_158"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1167	"Alstonville Plateau Spring_Northern Rivers_3674"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1167	"Swamp tea-tree forest_South East Queensland_158"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1168	"Alstonville Plateau Spring_Northern Rivers_3675"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1168	"Swamp tea-tree forest_South East Queensland_158"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1169	"Alstonville Plateau Spring_Northern Rivers_3676"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1169	"Swamp tea-tree forest_South East Queensland_158"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1170	"Alstonville Plateau Spring_Northern Rivers_3677"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1170	"Swamp tea-tree forest_South East Queensland_158"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1171	"Alstonville Plateau Spring_Northern Rivers_3678"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1171	"Swamp tea-tree forest_South East Queensland_158"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1172	"Alstonville Plateau Spring_Northern Rivers_3679"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1172	"Swamp tea-tree forest_South East Queensland_158"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1173	"Alstonville Plateau Spring_Northern Rivers_3680"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1173	"Swamp tea-tree forest_South East Queensland_158"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1174	"Alstonville Plateau Spring_Northern Rivers_3681"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1174	"Swamp tea-tree forest_South East Queensland_158"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1175	"Alstonville Plateau Spring_Northern Rivers_3682"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1175	"Swamp tea-tree forest_South East Queensland_159"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1176	"Alstonville Plateau Spring_Northern Rivers_3683"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1176	"Swamp tea-tree forest_South East Queensland_159"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1177	"Alstonville Plateau Spring_Northern Rivers_3684"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1177	"Swamp tea-tree forest_South East Queensland_159"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1178	"Alstonville Plateau Spring_Northern Rivers_3685"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1178	"Swamp tea-tree forest_South East Queensland_159"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1179	"Alstonville Plateau Spring_Northern Rivers_3686"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1179	"Swamp tea-tree forest_South East Queensland_159"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1180	"Alstonville Plateau Spring_Northern Rivers_3687"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1180	"Swamp tea-tree forest_South East Queensland_159"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1181	"Alstonville Plateau Spring_Northern Rivers_3688"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1181	"Swamp tea-tree forest_South East Queensland_159"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1182	"Alstonville Plateau Spring_Northern Rivers_3689"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1182	"Swamp tea-tree forest_South East Queensland_159"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1183	"Alstonville Plateau Spring_Northern Rivers_3690"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1183	"Swamp tea-tree forest_South East Queensland_159"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1184	"Alstonville Plateau Spring_Northern Rivers_3691"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1184	"Swamp tea-tree forest_South East Queensland_159"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1185	"Alstonville Plateau Spring_Northern Rivers_3692"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1185	"Swamp tea-tree forest_South East Queensland_159"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1186	"Alstonville Plateau Spring_Northern Rivers_3693"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1186	"Swamp tea-tree forest_South East Queensland_160"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1187	"Alstonville Plateau Spring_Northern Rivers_3694"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1187	"Swamp tea-tree forest_South East Queensland_160"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1188	"Alstonville Plateau Spring_Northern Rivers_3695"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1188	"Swamp tea-tree forest_South East Queensland_160"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1189	"Alstonville Plateau Spring_Northern Rivers_3696"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1189	"Swamp tea-tree forest_South East Queensland_160"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1190	"Alstonville Plateau Spring_Northern Rivers_3697"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1190	"Swamp tea-tree forest_South East Queensland_160"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1191	"Alstonville Plateau Spring_Northern Rivers_3698"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1191	"Swamp tea-tree forest_South East Queensland_160"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1192	"Alstonville Plateau Spring_Northern Rivers_3699"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1192	"Swamp tea-tree forest_South East Queensland_160"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1193	"Alstonville Plateau Spring_Northern Rivers_3700"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1193	"Swamp tea-tree forest_South East Queensland_160"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1194	"Alstonville Plateau Spring_Northern Rivers_3701"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1194	"Swamp tea-tree forest_South East Queensland_160"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1195	"Alstonville Plateau Spring_Northern Rivers_3702"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1195	"Swamp tea-tree forest_South East Queensland_160"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1196	"Alstonville Plateau Spring_Northern Rivers_3703"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1196	"Swamp tea-tree forest_South East Queensland_160"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1197	"Alstonville Plateau Spring_Northern Rivers_3704"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1197	"Swamp tea-tree forest_South East Queensland_161"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1198	"Alstonville Plateau Spring_Northern Rivers_3705"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1198	"Swamp tea-tree forest_South East Queensland_161"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1199	"Alstonville Plateau Spring_Northern Rivers_3706"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1199	"Swamp tea-tree forest_South East Queensland_161"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1200	"Alstonville Plateau Spring_Northern Rivers_3707"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1200	"Swamp tea-tree forest_South East Queensland_161"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1201	"Alstonville Plateau Spring_Northern Rivers_3708"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1201	"Swamp tea-tree forest_South East Queensland_161"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1202	"Alstonville Plateau Spring_Northern Rivers_3709"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1202	"Swamp tea-tree forest_South East Queensland_161"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1203	"Alstonville Plateau Spring_Northern Rivers_3710"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1203	"Swamp tea-tree forest_South East Queensland_161"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1204	"Alstonville Plateau Spring_Northern Rivers_3711"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1204	"Swamp tea-tree forest_South East Queensland_161"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1205	"Alstonville Plateau Spring_Northern Rivers_3712"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1205	"Swamp tea-tree forest_South East Queensland_161"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1206	"Alstonville Plateau Spring_Northern Rivers_3713"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1206	"Swamp tea-tree forest_South East Queensland_161"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1207	"Alstonville Plateau Spring_Northern Rivers_3714"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1207	"Swamp tea-tree forest_South East Queensland_161"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1208	"Alstonville Plateau Spring_Northern Rivers_3715"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1208	"Swamp tea-tree forest_South East Queensland_162"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1209	"Alstonville Plateau Spring_Northern Rivers_3716"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1209	"Swamp tea-tree forest_South East Queensland_162"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1210	"Alstonville Plateau Spring_Northern Rivers_3717"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1210	"Swamp tea-tree forest_South East Queensland_162"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1211	"Alstonville Plateau Spring_Northern Rivers_3718"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1211	"Swamp tea-tree forest_South East Queensland_162"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1212	"Alstonville Plateau Spring_Northern Rivers_3719"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1212	"Swamp tea-tree forest_South East Queensland_162"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1213	"Alstonville Plateau Spring_Northern Rivers_3720"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1213	"Swamp tea-tree forest_South East Queensland_162"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1214	"Alstonville Plateau Spring_Northern Rivers_3721"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1214	"Swamp tea-tree forest_South East Queensland_162"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1215	"Alstonville Plateau Spring_Northern Rivers_3722"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1215	"Swamp tea-tree forest_South East Queensland_162"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1216	"Alstonville Plateau Spring_Northern Rivers_3723"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1216	"Swamp tea-tree forest_South East Queensland_162"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1217	"Alstonville Plateau Spring_Northern Rivers_3724"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1217	"Swamp tea-tree forest_South East Queensland_162"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1218	"Alstonville Plateau Spring_Northern Rivers_3725"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1218	"Swamp tea-tree forest_South East Queensland_162"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1219	"Alstonville Plateau Spring_Northern Rivers_3726"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1219	"Swamp tea-tree forest_South East Queensland_162"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1220	"Alstonville Plateau Spring_Northern Rivers_3727"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1220	"Swamp tea-tree forest_South East Queensland_162"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1221	"Alstonville Plateau Spring_Northern Rivers_3728"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1221	"Swamp tea-tree forest_South East Queensland_162"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1222	"Alstonville Plateau Spring_Northern Rivers_3729"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1222	"Swamp tea-tree forest_South East Queensland_162"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1223	"Alstonville Plateau Spring_Northern Rivers_3730"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1223	"Swamp tea-tree forest_South East Queensland_162"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1224	"Alstonville Plateau Spring_Northern Rivers_3731"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1224	"Swamp tea-tree forest_South East Queensland_162"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1225	"Alstonville Plateau Spring_Northern Rivers_3732"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1225	"Swamp tea-tree forest_South East Queensland_163"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1226	"Alstonville Plateau Spring_Northern Rivers_3733"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1226	"Swamp tea-tree forest_South East Queensland_163"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1227	"Alstonville Plateau Spring_Northern Rivers_3734"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1227	"Swamp tea-tree forest_South East Queensland_163"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1228	"Alstonville Plateau Spring_Northern Rivers_3735"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1228	"Swamp tea-tree forest_South East Queensland_163"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1229	"Alstonville Plateau Spring_Northern Rivers_3736"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1229	"Swamp tea-tree forest_South East Queensland_163"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1230	"Alstonville Plateau Spring_Northern Rivers_3737"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1230	"Swamp tea-tree forest_South East Queensland_163"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1231	"Alstonville Plateau Spring_Northern Rivers_3738"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1231	"Swamp tea-tree forest_South East Queensland_163"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1232	"Alstonville Plateau Spring_Northern Rivers_3739"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1232	"Swamp tea-tree forest_South East Queensland_163"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1233	"Alstonville Plateau Spring_Northern Rivers_3740"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1233	"Swamp tea-tree forest_South East Queensland_163"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1234	"Alstonville Plateau Spring_Northern Rivers_3741"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1234	"Swamp tea-tree forest_South East Queensland_163"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1235	"Alstonville Plateau Spring_Northern Rivers_3742"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1235	"Swamp tea-tree forest_South East Queensland_163"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1236	"Alstonville Plateau Spring_Northern Rivers_3743"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1236	"Swamp tea-tree forest_South East Queensland_164"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1237	"Alstonville Plateau Spring_Northern Rivers_3744"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1237	"Swamp tea-tree forest_South East Queensland_164"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1238	"Alstonville Plateau Spring_Northern Rivers_3745"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1238	"Swamp tea-tree forest_South East Queensland_164"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1239	"Alstonville Plateau Spring_Northern Rivers_3746"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1239	"Swamp tea-tree forest_South East Queensland_164"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1240	"Alstonville Plateau Spring_Northern Rivers_3747"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1240	"Swamp tea-tree forest_South East Queensland_164"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1241	"Alstonville Plateau Spring_Northern Rivers_3748"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1241	"Swamp tea-tree forest_South East Queensland_164"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1242	"Alstonville Plateau Spring_Northern Rivers_3749"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1242	"Swamp tea-tree forest_South East Queensland_164"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1243	"Alstonville Plateau Spring_Northern Rivers_3750"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1243	"Swamp tea-tree forest_South East Queensland_164"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1244	"Alstonville Plateau Spring_Northern Rivers_3751"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1244	"Swamp tea-tree forest_South East Queensland_164"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1245	"Alstonville Plateau Spring_Northern Rivers_3752"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1245	"Swamp tea-tree forest_South East Queensland_164"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1246	"Alstonville Plateau Spring_Northern Rivers_3753"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1246	"Swamp tea-tree forest_South East Queensland_164"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1247	"Alstonville Plateau Spring_Northern Rivers_3754"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1247	"Swamp tea-tree forest_South East Queensland_165"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1248	"Alstonville Plateau Spring_Northern Rivers_3755"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1248	"Swamp tea-tree forest_South East Queensland_165"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1249	"Alstonville Plateau Spring_Northern Rivers_3756"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1249	"Swamp tea-tree forest_South East Queensland_165"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1250	"Alstonville Plateau Spring_Northern Rivers_3757"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1250	"Swamp tea-tree forest_South East Queensland_165"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1251	"Alstonville Plateau Spring_Northern Rivers_3758"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1251	"Swamp tea-tree forest_South East Queensland_165"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1252	"Alstonville Plateau Spring_Northern Rivers_3759"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1252	"Swamp tea-tree forest_South East Queensland_165"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1253	"Alstonville Plateau Spring_Northern Rivers_3760"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1253	"Swamp tea-tree forest_South East Queensland_165"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1254	"Alstonville Plateau Spring_Northern Rivers_3761"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1254	"Swamp tea-tree forest_South East Queensland_165"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1255	"Alstonville Plateau Spring_Northern Rivers_3762"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1255	"Swamp tea-tree forest_South East Queensland_165"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1256	"Alstonville Plateau Spring_Northern Rivers_3763"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1256	"Swamp tea-tree forest_South East Queensland_165"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1257	"Alstonville Plateau Spring_Northern Rivers_3764"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1257	"Swamp tea-tree forest_South East Queensland_165"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1258	"Alstonville Plateau Spring_Northern Rivers_3765"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1258	"Swamp tea-tree forest_South East Queensland_166"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1259	"Alstonville Plateau Spring_Northern Rivers_3766"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1259	"Swamp tea-tree forest_South East Queensland_166"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1260	"Alstonville Plateau Spring_Northern Rivers_3767"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1260	"Swamp tea-tree forest_South East Queensland_166"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1261	"Alstonville Plateau Spring_Northern Rivers_3768"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1261	"Swamp tea-tree forest_South East Queensland_166"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1262	"Alstonville Plateau Spring_Northern Rivers_3769"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1262	"Swamp tea-tree forest_South East Queensland_166"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1263	"Alstonville Plateau Spring_Northern Rivers_3770"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1263	"Swamp tea-tree forest_South East Queensland_166"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1264	"Alstonville Plateau Spring_Northern Rivers_3771"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1264	"Swamp tea-tree forest_South East Queensland_166"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1265	"Alstonville Plateau Spring_Northern Rivers_3772"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1265	"Swamp tea-tree forest_South East Queensland_166"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1266	"Alstonville Plateau Spring_Northern Rivers_3773"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1266	"Swamp tea-tree forest_South East Queensland_166"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1267	"Alstonville Plateau Spring_Northern Rivers_3774"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1267	"Swamp tea-tree forest_South East Queensland_166"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1268	"Alstonville Plateau Spring_Northern Rivers_3775"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1268	"Swamp tea-tree forest_South East Queensland_166"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1269	"Alstonville Plateau Spring_Northern Rivers_3776"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1269	"Swamp tea-tree forest_South East Queensland_167"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1270	"Alstonville Plateau Spring_Northern Rivers_3777"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1270	"Swamp tea-tree forest_South East Queensland_167"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1271	"Alstonville Plateau Spring_Northern Rivers_3778"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1271	"Swamp tea-tree forest_South East Queensland_167"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1272	"Alstonville Plateau Spring_Northern Rivers_3779"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1272	"Swamp tea-tree forest_South East Queensland_167"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1273	"Alstonville Plateau Spring_Northern Rivers_3780"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1273	"Swamp tea-tree forest_South East Queensland_167"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1274	"Alstonville Plateau Spring_Northern Rivers_3781"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1274	"Swamp tea-tree forest_South East Queensland_167"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1275	"Alstonville Plateau Spring_Northern Rivers_3782"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1275	"Swamp tea-tree forest_South East Queensland_167"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1276	"Alstonville Plateau Spring_Northern Rivers_3783"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1276	"Swamp tea-tree forest_South East Queensland_167"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1277	"Alstonville Plateau Spring_Northern Rivers_3784"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1277	"Swamp tea-tree forest_South East Queensland_167"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1278	"Alstonville Plateau Spring_Northern Rivers_3785"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1278	"Swamp tea-tree forest_South East Queensland_167"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1279	"Alstonville Plateau Spring_Northern Rivers_3786"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1279	"Swamp tea-tree forest_South East Queensland_167"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1280	"Alstonville Plateau Spring_Northern Rivers_3787"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1280	"Swamp tea-tree forest_South East Queensland_168"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1281	"Alstonville Plateau Spring_Northern Rivers_3788"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1281	"Swamp tea-tree forest_South East Queensland_168"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1282	"Alstonville springs_Northern Rivers_2487"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1282	"Swamp tea-tree forest_South East Queensland_168"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1283	"ALUMNY CREEK_Northern Rivers_1463"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1283	"Swamp tea-tree forest_South East Queensland_168"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1284	"Swamp tea-tree forest_South East Queensland_168"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1285	"Swamp tea-tree forest_South East Queensland_168"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1286	"Swamp tea-tree forest_South East Queensland_168"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1287	"Swamp tea-tree forest_South East Queensland_168"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1288	"Swamp tea-tree forest_South East Queensland_168"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1289	"Swamp tea-tree forest_South East Queensland_168"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1290	"Swamp tea-tree forest_South East Queensland_168"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1291	"Swamp tea-tree forest_South East Queensland_169"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1292	"Swamp tea-tree forest_South East Queensland_169"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1293	"Swamp tea-tree forest_South East Queensland_169"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1294	"Swamp tea-tree forest_South East Queensland_169"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1295	"ALUMY CREEK_Northern Rivers_1280"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1295	"Swamp tea-tree forest_South East Queensland_169"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1296	"ALUMY CREEK_Northern Rivers_1569"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1296	"Swamp tea-tree forest_South East Queensland_169"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1297	"ALUMY CREEK_Northern Rivers_1570"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1297	"Swamp tea-tree forest_South East Queensland_170"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1298	"AMOS CREEK_Northern Rivers_370"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1298	"Swamp tea-tree forest_South East Queensland_170"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1299	"ANDERSONS GULLY_Northern Rivers_1091"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1299	"Swamp tea-tree forest_South East Queensland_170"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1300	"ARM GULLY_Northern Rivers_640"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1300	"Swamp tea-tree forest_South East Queensland_170"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1301	"ARRAWARRA CREEK ESTUARY_Northern Rivers_1740"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1301	"Swamp tea-tree forest_South East Queensland_170"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1302	"Swamp tea-tree forest_South East Queensland_170"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1303	"ARRAWARRA CREEK_Northern Rivers_948"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1303	"Swamp tea-tree forest_South East Queensland_170"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1304	"Swamp tea-tree forest_South East Queensland_170"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1305	"ASHBY CHANNEL_Northern Rivers_1100"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1305	"Swamp tea-tree forest_South East Queensland_170"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1306	"Swamp tea-tree forest_South East Queensland_170"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1307	"BABYL CREEK_Northern Rivers_1101"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1307	"Swamp tea-tree forest_South East Queensland_171"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1308	"BACK CHANNEL_Northern Rivers_394"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1308	"Swamp tea-tree forest_South East Queensland_171"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1309	"BACK CREEK_Northern Rivers_10"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1309	"Swamp tea-tree forest_South East Queensland_171"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1310	"BACK CREEK_Northern Rivers_11"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1310	"Swamp tea-tree forest_South East Queensland_171"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1311	"BACK CREEK_Northern Rivers_12"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1311	"Swamp tea-tree forest_South East Queensland_171"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1312	"BACK CREEK_Northern Rivers_13"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1312	"Swamp tea-tree forest_South East Queensland_171"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1313	"Swamp tea-tree forest_South East Queensland_171"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1314	"BACK CREEK_Northern Rivers_881"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1314	"Swamp tea-tree forest_South East Queensland_171"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1315	"BACK CREEK_Northern Rivers_882"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1315	"Swamp tea-tree forest_South East Queensland_171"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1316	"BACK CREEK_Northern Rivers_883"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1316	"Swamp tea-tree forest_South East Queensland_171"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1317	"BACK CREEK_Northern Rivers_884"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1317	"Swamp tea-tree forest_South East Queensland_171"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1318	"BACK CREEK_Northern Rivers_885"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1318	"Swamp tea-tree forest_South East Queensland_172"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1319	"BACK CREEK_Northern Rivers_9"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1319	"Swamp tea-tree forest_South East Queensland_172"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1320	"Swamp tea-tree forest_South East Queensland_172"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1321	"Swamp tea-tree forest_South East Queensland_172"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1322	"Swamp tea-tree forest_South East Queensland_172"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1323	"Swamp tea-tree forest_South East Queensland_172"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1324	"BAFFLE CREEK_Northern Rivers_18"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1324	"Swamp tea-tree forest_South East Queensland_172"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1325	"BAGAWA CREEK_Northern Rivers_1358"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1325	"Swamp tea-tree forest_South East Queensland_172"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1326	"BALD HILL CREEK_Northern Rivers_19"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1326	"Swamp tea-tree forest_South East Queensland_172"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1327	"BALDY GULLY_Northern Rivers_582"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1327	"Swamp tea-tree forest_South East Queensland_172"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1328	"BAMBI CREEK_Northern Rivers_376"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1328	"Swamp tea-tree forest_South East Queensland_172"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1329	"BANDONGROVE CREEK_Northern Rivers_355"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1329	"Swamp tea-tree forest_South East Queensland_173"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1330	"Swamp tea-tree forest_South East Queensland_173"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1331	"Swamp tea-tree forest_South East Queensland_173"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1332	"Swamp tea-tree forest_South East Queensland_173"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1333	"BANYABBA CREEK_Northern Rivers_691"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1333	"Swamp tea-tree forest_South East Queensland_173"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1334	"BARCOONGERE RIVER_Northern Rivers_361"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1334	"Swamp tea-tree forest_South East Queensland_173"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1335	"BARGO CREEK_Northern Rivers_596"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1335	"Swamp tea-tree forest_South East Queensland_173"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1336	"BARGO CREEK_Northern Rivers_987"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1336	"Swamp tea-tree forest_South East Queensland_173"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1337	"BARK HUT CREEK_Northern Rivers_5"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1337	"Swamp tea-tree forest_South East Queensland_173"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1338	"BARK HUT CREEK_Northern Rivers_6"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1338	"Swamp tea-tree forest_South East Queensland_173"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1339	"BARLINGS CREEK_Northern Rivers_1089"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1339	"Swamp tea-tree forest_South East Queensland_173"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1340	"BARNEYS CREEK_Northern Rivers_14"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1340	"Swamp tea-tree forest_South East Queensland_174"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1341	"BARRETTS CREEK_Northern Rivers_16"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1341	"Swamp tea-tree forest_South East Queensland_174"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1342	"BASIN CREEK_Northern Rivers_23"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
1342	"Swamp tea-tree forest_South East Queensland_174"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1343	"BAT CAVE CREEK_Northern Rivers_366"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1343	"Swamp tea-tree forest_South East Queensland_174"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1344	"BAT CAVE GULLY_Northern Rivers_1090"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1344	"Swamp tea-tree forest_South East Queensland_174"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1345	"BATTENS BIGHT CREEK_Northern Rivers_1678"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1345	"Swamp tea-tree forest_South East Queensland_174"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1346	"BATTENS BIGHT CREEK_Northern Rivers_844"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1346	"Swamp tea-tree forest_South East Queensland_174"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1347	"Swamp tea-tree forest_South East Queensland_174"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1348	"BATTERY GULLY_Northern Rivers_21"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1348	"Swamp tea-tree forest_South East Queensland_174"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1349	"BAXTERS CREEK_Northern Rivers_22"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1349	"Swamp tea-tree forest_South East Queensland_174"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1350	"BAYLDONS CREEK_Northern Rivers_367"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1350	"Swamp tea-tree forest_South East Queensland_174"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1351	"BEAN CREEK_Northern Rivers_1730"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1351	"Swamp tea-tree forest_South East Queensland_175"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1352	"BEANBALL CREEK_Northern Rivers_377"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1352	"Swamp tea-tree forest_South East Queensland_175"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1353	"BEATTIES CREEK_Northern Rivers_357"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1353	"Swamp tea-tree forest_South East Queensland_175"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1354	"BEAURY CREEK_Northern Rivers_1258"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1354	"Swamp tea-tree forest_South East Queensland_175"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1355	"BEAURY CREEK_Northern Rivers_1259"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1355	"Swamp tea-tree forest_South East Queensland_175"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1356	"BEAURY CREEK_Northern Rivers_1423"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1356	"Swamp tea-tree forest_South East Queensland_175"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1357	"BEECH CREEK_Northern Rivers_365"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1357	"Swamp tea-tree forest_South East Queensland_175"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1358	"BELMORE CREEK_Northern Rivers_1087"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1358	"Swamp tea-tree forest_South East Queensland_175"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1359	"Swamp tea-tree forest_South East Queensland_175"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1360	"BELONGIL CREEK_Northern Rivers_983"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1360	"Swamp tea-tree forest_South East Queensland_175"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1361	"Swamp tea-tree forest_South East Queensland_175"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1362	"BELONGIL SWAMP_Northern Rivers_2363"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1362	"Swamp tea-tree forest_South East Queensland_176"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1363	"BENNYS CREEK_Northern Rivers_1390"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1363	"Swamp tea-tree forest_South East Queensland_176"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1364	"BERRIMA SWAMP_Northern Rivers_2355"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1364	"Swamp tea-tree forest_South East Queensland_176"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1365	"Swamp tea-tree forest_South East Queensland_176"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1366	"BIG CREEK_Northern Rivers_25"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1366	"Swamp tea-tree forest_South East Queensland_176"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1367	"Swamp tea-tree forest_South East Queensland_176"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1368	"BIG HILL CREEK_Northern Rivers_24"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1368	"Swamp tea-tree forest_South East Queensland_176"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1369	"BIG HILL CREEK_Northern Rivers_26"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1369	"Swamp tea-tree forest_South East Queensland_176"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1370	"Big Marsh Wetland_Northern Rivers_2541"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1370	"Swamp tea-tree forest_South East Queensland_176"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1371	"Swamp tea-tree forest_South East Queensland_176"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1372	"BILLEN CREEK_Northern Rivers_693"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1372	"Swamp tea-tree forest_South East Queensland_176"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1373	"Swamp tea-tree forest_South East Queensland_177"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1374	"Swamp tea-tree forest_South East Queensland_177"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1375	"Swamp tea-tree forest_South East Queensland_177"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1376	"Swamp tea-tree forest_South East Queensland_177"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1377	"Swamp tea-tree forest_South East Queensland_177"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1378	"Swamp tea-tree forest_South East Queensland_177"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1379	"Swamp tea-tree forest_South East Queensland_177"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1380	"BILLYS GULLY_Northern Rivers_32"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1380	"Swamp tea-tree forest_South East Queensland_177"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1381	"BINGAL CREEK_Northern Rivers_359"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1381	"Swamp tea-tree forest_South East Queensland_177"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1382	"BINGEEBEEBRA CREEK_Northern Rivers_1096"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1382	"Swamp tea-tree forest_South East Queensland_177"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1383	"BINGEEBEEBRA CREEK_Northern Rivers_1359"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1383	"Swamp tea-tree forest_South East Queensland_177"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1384	"BINGEEBEEBRA CREEK_Northern Rivers_1360"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1384	"Swamp tea-tree forest_South East Queensland_178"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1385	"BIRRUNG CREEK_Northern Rivers_1461"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1385	"Swamp tea-tree forest_South East Queensland_178"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1386	"BISHOPS CREEK_Northern Rivers_33"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1386	"Swamp tea-tree forest_South East Queensland_178"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1387	"Swamp tea-tree forest_South East Queensland_178"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1388	"BLACK CREEK_Northern Rivers_29"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1388	"Swamp tea-tree forest_South East Queensland_178"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1389	"BLACK GULLY_Northern Rivers_40"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1389	"Swamp tea-tree forest_South East Queensland_178"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1390	"BLACK GULLY_Northern Rivers_41"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1390	"Swamp tea-tree forest_South East Queensland_178"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1391	"BLACK GULLY_Northern Rivers_649"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1391	"Swamp tea-tree forest_South East Queensland_178"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1392	"Swamp tea-tree forest_South East Queensland_178"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1393	"BLACK HORSE CREEK_Northern Rivers_37"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1393	"Swamp tea-tree forest_South East Queensland_178"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1394	"BLACK HORSE CREEK_Northern Rivers_887"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1394	"Swamp tea-tree forest_South East Queensland_178"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1395	"Swamp tea-tree forest_South East Queensland_179"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1396	"Swamp tea-tree forest_South East Queensland_179"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1397	"Swamp tea-tree forest_South East Queensland_179"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1398	"BLACK SNAKE CREEK_Northern Rivers_35"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1398	"Swamp tea-tree forest_South East Queensland_179"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1399	"Swamp tea-tree forest_South East Queensland_179"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1400	"BLACK SWAMP CREEK_Northern Rivers_42"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1400	"Swamp tea-tree forest_South East Queensland_179"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1401	"BLACK SWAMP CREEK_Northern Rivers_43"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1401	"Swamp tea-tree forest_South East Queensland_179"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1402	"BLACK SWAMP CREEK_Northern Rivers_889"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1402	"Swamp tea-tree forest_South East Queensland_179"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1403	"BLACK SWAMP_Northern Rivers_2371"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1403	"Swamp tea-tree forest_South East Queensland_179"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1404	"BLACK SWAMP_Northern Rivers_2374"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1404	"Swamp tea-tree forest_South East Queensland_179"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1405	"BLACKADDER GULLY_Northern Rivers_646"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1405	"Swamp tea-tree forest_South East Queensland_179"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1406	"BLAKEBROOK CREEK_Northern Rivers_641"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1406	"Swamp tea-tree forest_South East Queensland_180"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1407	"BLAKES CREEK_Northern Rivers_1001"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1407	"Swamp tea-tree forest_South East Queensland_180"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1408	"Swamp tea-tree forest_South East Queensland_180"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1409	"BLAXLANDS CREEK_Northern Rivers_1663"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
1409	"Swamp tea-tree forest_South East Queensland_180"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1410	"BLAXLANDS SWAMP_Northern Rivers_2375"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1410	"Swamp tea-tree forest_South East Queensland_180"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1411	"BLIND GULLY_Northern Rivers_48"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1411	"Swamp tea-tree forest_South East Queensland_180"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1412	"Swamp tea-tree forest_South East Queensland_180"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1413	"BLUEYS CREEK_Northern Rivers_594"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1413	"Swamp tea-tree forest_South East Queensland_180"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1414	"Swamp tea-tree forest_South East Queensland_180"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1415	"Swamp tea-tree forest_South East Queensland_180"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1416	"Swamp tea-tree forest_South East Queensland_180"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1417	"BOGGY CREEK_Northern Rivers_44"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1417	"Swamp tea-tree forest_South East Queensland_181"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1418	"BOGGY CREEK_Northern Rivers_47"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1418	"Swamp tea-tree forest_South East Queensland_181"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1419	"Swamp tea-tree forest_South East Queensland_181"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1420	"BOILING DOWN CREEK_Northern Rivers_1003"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1420	"Swamp tea-tree forest_South East Queensland_181"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1421	"BOILING DOWN CREEK_Northern Rivers_1332"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1421	"Swamp tea-tree forest_South East Queensland_181"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1422	"BOILING DOWN CREEK_Northern Rivers_1333"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1422	"Swamp tea-tree forest_South East Queensland_181"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1423	"BOM BOM CREEK_Northern Rivers_1078"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1423	"Swamp tea-tree forest_South East Queensland_181"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1424	"BOOERIE CREEK_Northern Rivers_1243"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1424	"Swamp tea-tree forest_South East Queensland_181"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1425	"BOOKRAM CREEK_Northern Rivers_328"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1425	"Swamp tea-tree forest_South East Queensland_181"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1426	"BOOKRAM CREEK_Northern Rivers_942"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1426	"Swamp tea-tree forest_South East Queensland_181"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1427	"BOOMERANG CREEK_Northern Rivers_1661"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1427	"Swamp tea-tree forest_South East Queensland_181"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1428	"BOOMERANG CREEK_Northern Rivers_824"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1428	"Swamp tea-tree forest_South East Queensland_182"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1429	"BOOMERANG CREEK_Northern Rivers_825"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1429	"Swamp tea-tree forest_South East Queensland_182"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1430	"BOOMI CREEK_Northern Rivers_50"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1430	"Swamp tea-tree forest_South East Queensland_182"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1431	"BOOMI CREEK_Northern Rivers_892"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1431	"Swamp tea-tree forest_South East Queensland_182"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1432	"Swamp tea-tree forest_South East Queensland_182"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1433	"Swamp tea-tree forest_South East Queensland_182"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1434	"Swamp tea-tree forest_South East Queensland_182"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1435	"Swamp tea-tree forest_South East Queensland_182"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1436	"BOORABEE CREEK_Northern Rivers_1354"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1436	"Swamp tea-tree forest_South East Queensland_182"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1437	"BOORABEE CREEK_Northern Rivers_1547"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1437	"Swamp tea-tree forest_South East Queensland_182"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1438	"BOORMANS CREEK_Northern Rivers_329"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1438	"Swamp tea-tree forest_South East Queensland_182"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1439	"Swamp tea-tree forest_South East Queensland_183"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1440	"Swamp tea-tree forest_South East Queensland_183"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1441	"BOOTHBYS CREEK_Northern Rivers_330"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1441	"Swamp tea-tree forest_South East Queensland_183"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1442	"BOOTHS CREEK_Northern Rivers_45"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1442	"Swamp tea-tree forest_South East Queensland_183"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1443	"Swamp tea-tree forest_South East Queensland_183"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1444	"Swamp tea-tree forest_South East Queensland_183"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1445	"BORA GULLY_Northern Rivers_332"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1445	"Swamp tea-tree forest_South East Queensland_183"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1446	"BOSTOCKS GULLY_Northern Rivers_595"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1446	"Swamp tea-tree forest_South East Queensland_183"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1447	"BOTTLE CREEK_Northern Rivers_46"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1447	"Swamp tea-tree forest_South East Queensland_183"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1448	"BOTTLE CREEK_Northern Rivers_890"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1448	"Swamp tea-tree forest_South East Queensland_183"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1449	"BOUNDARY CREEK_Northern Rivers_1004"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1449	"Swamp tea-tree forest_South East Queensland_183"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1450	"BOUNDARY CREEK_Northern Rivers_1334"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1450	"Swamp tea-tree forest_South East Queensland_184"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1451	"Swamp tea-tree forest_South East Queensland_184"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1452	"BOUNDARY CREEK_Northern Rivers_55"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1452	"Swamp tea-tree forest_South East Queensland_184"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1453	"BOUNDARY CREEK_Northern Rivers_894"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1453	"Swamp tea-tree forest_South East Queensland_184"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1454	"BOUNDARY GULLY_Northern Rivers_53"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1454	"Swamp tea-tree forest_South East Queensland_184"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1455	"BOWEN GULLY_Northern Rivers_597"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1455	"Swamp tea-tree forest_South East Queensland_185"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1456	"Swamp tea-tree forest_South East Queensland_186"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1457	"Swamp tea-tree forest_South East Queensland_186"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1458	"Swamp tea-tree forest_South East Queensland_186"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1459	"Swamp tea-tree forest_South East Queensland_186"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1460	"BRANCH CREEK_Northern Rivers_1000"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1460	"Swamp tea-tree forest_South East Queensland_186"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1461	"Swamp tea-tree forest_South East Queensland_186"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1462	"BRANCH CREEK_Northern Rivers_1007"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1462	"Swamp tea-tree forest_South East Queensland_186"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1463	"BRANCH CREEK_Northern Rivers_59"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1463	"Swamp tea-tree forest_South East Queensland_186"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1464	"BRANCH CREEK_Northern Rivers_60"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1464	"Swamp tea-tree forest_South East Queensland_186"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1465	"BRANCH CREEK_Northern Rivers_605"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1465	"Swamp tea-tree forest_South East Queensland_186"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1466	"BRANCH CREEK_Northern Rivers_61"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1466	"Swamp tea-tree forest_South East Queensland_186"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1467	"BRANCH CREEK_Northern Rivers_650"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1467	"Swamp tea-tree forest_South East Queensland_187"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1468	"BRANCH CREEK_Northern Rivers_655"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1468	"Swamp tea-tree forest_South East Queensland_187"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1469	"BRANCH CREEK_Northern Rivers_895"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1469	"Swamp tea-tree forest_South East Queensland_187"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1470	"BRANCH CREEK_Northern Rivers_998"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1470	"Swamp tea-tree forest_South East Queensland_187"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1471	"BRANCH CREEK_Northern Rivers_999"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1471	"Swamp tea-tree forest_South East Queensland_187"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1472	"BRANCH GULLY_Northern Rivers_1006"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1472	"Swamp tea-tree forest_South East Queensland_187"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1473	"Swamp tea-tree forest_South East Queensland_187"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1474	"BRANCH GULLY_Northern Rivers_654"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1474	"Swamp tea-tree forest_South East Queensland_187"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1475	"Swamp tea-tree forest_South East Queensland_187"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1476	"Swamp tea-tree forest_South East Queensland_187"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1477	"BRANDY ARM CREEK_Northern Rivers_1102"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1477	"Swamp tea-tree forest_South East Queensland_187"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1478	"BRAYS CREEK_Northern Rivers_1363"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1478	"Swamp tea-tree forest_South East Queensland_188"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1479	"BRAYS CREEK_Northern Rivers_697"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1479	"Swamp tea-tree forest_South East Queensland_189"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1480	"Swamp tea-tree forest_South East Queensland_189"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1481	"BRICKMAKERS CREEK_Northern Rivers_62"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1481	"Swamp tea-tree forest_South East Queensland_189"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1482	"BRIDGE GULLY_Northern Rivers_609"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1482	"Swamp tea-tree forest_South East Queensland_189"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1483	"Swamp tea-tree forest_South East Queensland_189"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1484	"BRINDLE CREEK_Northern Rivers_315"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1484	"Swamp tea-tree forest_South East Queensland_189"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1485	"BRINDLE SWAMP CREEK_Northern Rivers_388"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1485	"Swamp tea-tree forest_South East Queensland_189"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1486	"BROADMOUTH GULLY_Northern Rivers_390"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1486	"Swamp tea-tree forest_South East Queensland_189"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1487	"BROADWATER CREEK_Northern Rivers_1282"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1487	"Swamp tea-tree forest_South East Queensland_189"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1488	"BROADWATER CREEK_Northern Rivers_786"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1488	"Swamp tea-tree forest_South East Queensland_190"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1489	"Swamp tea-tree forest_South East Queensland_190"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1490	"BROKEN HEAD CREEK ESTUARY_Northern Rivers_1742"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1490	"Swamp tea-tree forest_South East Queensland_190"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1491	"BROSNANS CREEK_Northern Rivers_1278"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1491	"Swamp tea-tree forest_South East Queensland_190"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1492	"BROWNS CREEK_Northern Rivers_1231"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1492	"Swamp tea-tree forest_South East Queensland_190"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1493	"Swamp tea-tree forest_South East Queensland_190"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1494	"Swamp tea-tree forest_South East Queensland_190"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1495	"Swamp tea-tree forest_South East Queensland_190"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1496	"Swamp tea-tree forest_South East Queensland_190"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1497	"Swamp tea-tree forest_South East Queensland_190"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1498	"Swamp tea-tree forest_South East Queensland_190"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1499	"Swamp tea-tree forest_South East Queensland_191"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1500	"Swamp tea-tree forest_South East Queensland_191"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1501	"BUCHANANS CREEK_Northern Rivers_64"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1501	"Swamp tea-tree forest_South East Queensland_191"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1502	"BUCHANANS CREEK_Northern Rivers_896"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1502	"Swamp tea-tree forest_South East Queensland_191"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1503	"BUCHANANS CREEK_Northern Rivers_897"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1503	"Swamp tea-tree forest_South East Queensland_191"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1504	"Swamp tea-tree forest_South East Queensland_191"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1505	"BUCHANS GULLY_Northern Rivers_379"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1505	"Swamp tea-tree forest_South East Queensland_191"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1506	"BUGILBAR CREEK_Northern Rivers_1097"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1506	"Swamp tea-tree forest_South East Queensland_191"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1507	"Swamp tea-tree forest_South East Queensland_191"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1508	"Swamp tea-tree forest_South East Queensland_191"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1509	"BULLFROG GULLY_Northern Rivers_380"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1509	"Swamp tea-tree forest_South East Queensland_191"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1510	"Swamp tea-tree forest_South East Queensland_192"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1511	"BULLOCK GULLY_Northern Rivers_898"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1511	"Swamp tea-tree forest_South East Queensland_192"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1512	"Swamp tea-tree forest_South East Queensland_192"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1513	"Swamp tea-tree forest_South East Queensland_192"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1514	"BULLOCK SWAMP CREEK_Northern Rivers_1480"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1514	"Swamp tea-tree forest_South East Queensland_192"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1515	"Swamp tea-tree forest_South East Queensland_192"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1516	"BULLS NEST CREEK_Northern Rivers_392"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1516	"Swamp tea-tree forest_South East Queensland_192"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1517	"Swamp tea-tree forest_South East Queensland_192"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1518	"Swamp tea-tree forest_South East Queensland_192"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1519	"Swamp tea-tree forest_South East Queensland_192"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1520	"Swamp tea-tree forest_South East Queensland_192"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1521	"Swamp tea-tree forest_South East Queensland_193"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1522	"Swamp tea-tree forest_South East Queensland_193"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1523	"Swamp tea-tree forest_South East Queensland_193"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1524	"Swamp tea-tree forest_South East Queensland_193"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1525	"Swamp tea-tree forest_South East Queensland_193"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1526	"Bundjalung National Park_Northern Rivers_2218"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1526	"Swamp tea-tree forest_South East Queensland_193"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1527	"Swamp tea-tree forest_South East Queensland_193"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1528	"Swamp tea-tree forest_South East Queensland_193"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1529	"Swamp tea-tree forest_South East Queensland_193"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1530	"BUNGAWALBIN CREEK_Northern Rivers_1292"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1530	"Swamp tea-tree forest_South East Queensland_193"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1531	"BUNGAWALBIN CREEK_Northern Rivers_1491"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1531	"Swamp tea-tree forest_South East Queensland_193"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1532	"BUNGAWALBIN CREEK_Northern Rivers_1492"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1532	"Swamp tea-tree forest_South East Queensland_194"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1533	"BUNGAWALBIN CREEK_Northern Rivers_1579"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1533	"Swamp tea-tree forest_South East Queensland_194"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1534	"BUNGAWALBIN CREEK_Northern Rivers_803"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1534	"Swamp tea-tree forest_South East Queensland_194"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1535	"BUNYIP CREEK_Northern Rivers_1075"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1535	"Swamp tea-tree forest_South East Queensland_194"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1536	"Bunyip Swamp_Northern Rivers_2334"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1536	"Swamp tea-tree forest_South East Queensland_194"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1537	"BURGESS CREEK_Northern Rivers_1336"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1537	"Swamp tea-tree forest_South East Queensland_194"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1538	"BURGESS CREEK_Northern Rivers_1545"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1538	"Swamp tea-tree forest_South East Queensland_194"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1539	"BURGESS CREEK_Northern Rivers_1546"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1539	"Swamp tea-tree forest_South East Queensland_194"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1540	"BURGOO CREEK_Northern Rivers_1515"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1540	"Swamp tea-tree forest_South East Queensland_194"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1541	"BURGOO CREEK_Northern Rivers_832"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1541	"Swamp tea-tree forest_South East Queensland_194"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1542	"BURNETTS CREEK_Northern Rivers_395"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1542	"Swamp tea-tree forest_South East Queensland_194"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1543	"Swamp tea-tree forest_South East Queensland_195"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1544	"Swamp tea-tree forest_South East Queensland_195"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1545	"BURROUGHS CREEK_Northern Rivers_393"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1545	"Swamp tea-tree forest_South East Queensland_195"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1546	"BUSBYS CREEK_Northern Rivers_1315"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1546	"Swamp tea-tree forest_South East Queensland_195"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1547	"BUSBYS CREEK_Northern Rivers_1524"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1547	"Swamp tea-tree forest_South East Queensland_195"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1548	"Swamp tea-tree forest_South East Queensland_195"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1549	"BUTTS CREEK_Northern Rivers_1479"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1549	"Swamp tea-tree forest_South East Queensland_195"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1550	"BYRANGERY CREEK_Northern Rivers_647"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1550	"Swamp tea-tree forest_South East Queensland_195"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1551	"BYRANGERY CREEK_Northern Rivers_997"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1551	"Swamp tea-tree forest_South East Queensland_195"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1552	"BYRNES CREEK_Northern Rivers_77"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1552	"Swamp tea-tree forest_South East Queensland_195"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1553	"BYRON CREEK_Northern Rivers_1362"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1553	"Swamp tea-tree forest_South East Queensland_195"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1554	"BYRRILL CREEK_Northern Rivers_1481"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1554	"Swamp tea-tree forest_South East Queensland_196"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1555	"BYRRILL CREEK_Northern Rivers_791"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1555	"Swamp tea-tree forest_South East Queensland_197"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1556	"CABBAGE TREE CREEK_Northern Rivers_656"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1556	"Swamp tea-tree forest_South East Queensland_197"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1557	"CABBAGE TREE CREEK_Northern Rivers_88"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1557	"Swamp tea-tree forest_South East Queensland_197"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1558	"CABBAGE TREE CREEK_Northern Rivers_89"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1558	"Swamp tea-tree forest_South East Queensland_197"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1559	"CABBAGE TREE CREEK_Northern Rivers_90"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1559	"Swamp tea-tree forest_South East Queensland_197"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1560	"CABBAGE TREE CREEK_Northern Rivers_99"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1560	"Swamp tea-tree forest_South East Queensland_197"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1561	"CAINES CREEK_Northern Rivers_387"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1561	"Swamp tea-tree forest_South East Queensland_197"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1562	"CAKORA LAGOON ESTUARY_Northern Rivers_1744"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1562	"Swamp tea-tree forest_South East Queensland_197"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1563	"Swamp tea-tree forest_South East Queensland_197"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1564	"CALICO CREEK_Northern Rivers_1361"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1564	"Swamp tea-tree forest_South East Queensland_197"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1565	"CALICO CREEK_Northern Rivers_696"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1565	"Swamp tea-tree forest_South East Queensland_197"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1566	"CALLIGANS CREEK_Northern Rivers_1602"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1566	"Swamp tea-tree forest_South East Queensland_198"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1567	"CALLIOPE CREEK_Northern Rivers_385"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1567	"Swamp tea-tree forest_South East Queensland_198"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1568	"CALLIOPE CREEK_Northern Rivers_947"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1568	"Swamp tea-tree forest_South East Queensland_198"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1569	"CAMBERRA CREEK_Northern Rivers_382"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1569	"Swamp tea-tree forest_South East Queensland_198"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1570	"CAMIRA CREEK_Northern Rivers_79"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1570	"Swamp tea-tree forest_South East Queensland_198"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1571	"Swamp tea-tree forest_South East Queensland_198"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1572	"Swamp tea-tree forest_South East Queensland_198"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1573	"CAMP CREEK_Northern Rivers_110"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1573	"Swamp tea-tree forest_South East Queensland_198"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1574	"Swamp tea-tree forest_South East Queensland_198"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1575	"CAMP CREEK_Northern Rivers_112"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1575	"Swamp tea-tree forest_South East Queensland_198"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1576	"CAMP CREEK_Northern Rivers_612"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1576	"Swamp tea-tree forest_South East Queensland_198"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1577	"CAMP CREEK_Northern Rivers_625"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1577	"Swamp tea-tree forest_South East Queensland_199"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1578	"CAMP CREEK_Northern Rivers_82"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1578	"Swamp tea-tree forest_South East Queensland_199"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1579	"Swamp tea-tree forest_South East Queensland_199"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1580	"CANDOLE CREEK_Northern Rivers_381"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1580	"Swamp tea-tree forest_South East Queensland_199"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1581	"CAPEEN CREEK_Northern Rivers_1425"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1581	"Swamp tea-tree forest_South East Queensland_199"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1582	"CAPEEN CREEK_Northern Rivers_769"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1582	"Swamp tea-tree forest_South East Queensland_199"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1583	"CAPTAINS CREEK_Northern Rivers_114"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1583	"Swamp tea-tree forest_South East Queensland_199"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1584	"CAPTAINS CREEK_Northern Rivers_115"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1584	"Swamp tea-tree forest_South East Queensland_199"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1585	"CAPTAINS SWAMP_Northern Rivers_1099"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1585	"Swamp tea-tree forest_South East Queensland_199"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1586	"Swamp tea-tree forest_South East Queensland_199"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1587	"CARPET SNAKE GULLY_Northern Rivers_411"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1587	"Swamp tea-tree forest_South East Queensland_199"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1588	"CARRAN CREEK_Northern Rivers_1113"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1588	"Swamp tea-tree forest_South East Queensland_200"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1589	"CARRS CREEK_Northern Rivers_117"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1589	"Swamp tea-tree forest_South East Queensland_200"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1590	"Swamp tea-tree forest_South East Queensland_200"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1591	"CASSONS CREEK_Northern Rivers_1245"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1591	"Swamp tea-tree forest_South East Queensland_200"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1592	"CASSONS CREEK_Northern Rivers_1391"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1592	"Swamp tea-tree forest_South East Queensland_200"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1593	"CASTLE CREEK_Northern Rivers_659"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1593	"Swamp tea-tree forest_South East Queensland_200"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1594	"Swamp tea-tree forest_South East Queensland_200"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1595	"Swamp tea-tree forest_South East Queensland_200"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1596	"Swamp tea-tree forest_South East Queensland_200"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1597	"Swamp tea-tree forest_South East Queensland_200"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1598	"Swamp tea-tree forest_South East Queensland_200"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1599	"Swamp tea-tree forest_South East Queensland_201"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1600	"Swamp tea-tree forest_South East Queensland_201"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1601	"CATTLE CREEK_Northern Rivers_1010"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1601	"Swamp tea-tree forest_South East Queensland_201"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1602	"CAVE GULLY_Northern Rivers_86"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1602	"Swamp tea-tree forest_South East Queensland_201"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1603	"CAWLEYS CREEK_Northern Rivers_1012"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1603	"Swamp tea-tree forest_South East Queensland_201"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1604	"Swamp tea-tree forest_South East Queensland_201"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1605	"CEDAR CREEK_Northern Rivers_106"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1605	"Swamp tea-tree forest_South East Queensland_201"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1606	"CEDAR GETTERS CREEK_Northern Rivers_1114"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1606	"Swamp tea-tree forest_South East Queensland_201"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1607	"Swamp tea-tree forest_South East Queensland_201"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1608	"Swamp tea-tree forest_South East Queensland_201"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1609	"Swamp tea-tree forest_South East Queensland_201"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1611	"Swamp tea-tree forest_South East Queensland_203"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1612	"Swamp tea-tree forest_South East Queensland_203"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1613	"Swamp tea-tree forest_South East Queensland_203"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1614	"CHAFFIN CREEK_Northern Rivers_1465"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1614	"Swamp tea-tree forest_South East Queensland_203"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1615	"CHAFFIN SWAMP_Northern Rivers_2358"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1615	"Swamp tea-tree forest_South East Queensland_203"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1616	"CHAIN OF PONDS_Northern Rivers_107"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1616	"Swamp tea-tree forest_South East Queensland_203"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1617	"CHAMBIGNE CREEK_Northern Rivers_1494"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1617	"Swamp tea-tree forest_South East Queensland_203"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1618	"CHAMBIGNE CREEK_Northern Rivers_1584"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1618	"Swamp tea-tree forest_South East Queensland_203"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1619	"CHAMPIONS CREEK_Northern Rivers_401"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1619	"Swamp tea-tree forest_South East Queensland_203"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1620	"CHANCE GULLY_Northern Rivers_81"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1620	"Swamp tea-tree forest_South East Queensland_203"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1621	"Swamp tea-tree forest_South East Queensland_203"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1622	"CHAPMAN CREEK_Northern Rivers_405"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1624	"Swamp tea-tree forest_South East Queensland_206"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1625	"CHASELINGS CREEK_Northern Rivers_419"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1625	"Swamp tea-tree forest_South East Queensland_206"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1626	"CHERRY TREE CREEK_Northern Rivers_75"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1626	"Swamp tea-tree forest_South East Queensland_206"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1627	"CHERRY TREE CREEK_Northern Rivers_901"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1627	"Swamp tea-tree forest_South East Queensland_206"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1628	"Swamp tea-tree forest_South East Queensland_206"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1629	"Swamp tea-tree forest_South East Queensland_206"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1630	"Swamp tea-tree forest_South East Queensland_206"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1631	"CHESTNUT HORSE CREEK_Northern Rivers_701"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1631	"Swamp tea-tree forest_South East Queensland_206"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1632	"CHICKIBA CREEK_Northern Rivers_598"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1632	"Swamp tea-tree forest_South East Queensland_206"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1633	"CHILCOTTS CREEK_Northern Rivers_85"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1633	"Swamp tea-tree forest_South East Queensland_206"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1634	"Swamp tea-tree forest_South East Queensland_206"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1635	"Swamp tea-tree forest_South East Queensland_207"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1636	"Swamp tea-tree forest_South East Queensland_207"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1637	"Swamp tea-tree forest_South East Queensland_207"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1638	"Swamp tea-tree forest_South East Queensland_207"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1639	"Swamp tea-tree forest_South East Queensland_207"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1640	"Swamp tea-tree forest_South East Queensland_207"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1641	"CHRISTOPHER CREEK_Northern Rivers_1211"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1641	"Swamp tea-tree forest_South East Queensland_207"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1642	"CIRCULAR FLAT CREEK_Northern Rivers_422"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1642	"Swamp tea-tree forest_South East Queensland_207"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1643	"CLARENCE RIVER ESTUARY_Northern Rivers_1745"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1643	"Swamp tea-tree forest_South East Queensland_207"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1644	"Clarence River Estuary_Northern Rivers_1764"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1644	"Swamp tea-tree forest_South East Queensland_207"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1645	"Clarence River Estuary_Northern Rivers_1767"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1645	"Swamp tea-tree forest_South East Queensland_207"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1646	"Clarence River Estuary_Northern Rivers_1795"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1646	"Swamp tea-tree forest_South East Queensland_208"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1647	"Clarence River Estuary_Northern Rivers_1796"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1647	"Swamp tea-tree forest_South East Queensland_208"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1648	"Clarence River Estuary_Northern Rivers_1797"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1648	"Swamp tea-tree forest_South East Queensland_208"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1649	"Clarence River Estuary_Northern Rivers_1798"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1649	"Swamp tea-tree forest_South East Queensland_208"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1650	"Clarence River Estuary_Northern Rivers_1799"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1650	"Swamp tea-tree forest_South East Queensland_208"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1651	"Clarence River Estuary_Northern Rivers_1800"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1651	"Swamp tea-tree forest_South East Queensland_208"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1652	"Clarence River Estuary_Northern Rivers_1802"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1652	"Swamp tea-tree forest_South East Queensland_208"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1653	"Clarence River Estuary_Northern Rivers_1819"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1653	"Swamp tea-tree forest_South East Queensland_208"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1654	"Clarence River Estuary_Northern Rivers_1834"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1654	"Swamp tea-tree forest_South East Queensland_208"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1655	"Clarence River Estuary_Northern Rivers_1835"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1655	"Swamp tea-tree forest_South East Queensland_208"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1656	"Clarence River Estuary_Northern Rivers_1836"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1656	"Swamp tea-tree forest_South East Queensland_208"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1657	"Clarence River Estuary_Northern Rivers_1837"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1657	"Swamp tea-tree forest_South East Queensland_209"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1658	"Clarence River Estuary_Northern Rivers_1838"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1658	"Swamp tea-tree forest_South East Queensland_209"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1659	"Clarence River Estuary_Northern Rivers_1839"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1659	"Swamp tea-tree forest_South East Queensland_209"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1660	"Clarence River Estuary_Northern Rivers_1840"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1660	"Swamp tea-tree forest_South East Queensland_209"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1661	"Clarence River Estuary_Northern Rivers_1841"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1661	"Swamp tea-tree forest_South East Queensland_209"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1662	"Clarence River Estuary_Northern Rivers_1842"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1662	"Swamp tea-tree forest_South East Queensland_209"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1663	"Clarence River Estuary_Northern Rivers_1853"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1663	"Swamp tea-tree forest_South East Queensland_209"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1664	"Clarence River Estuary_Northern Rivers_1854"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1664	"Swamp tea-tree forest_South East Queensland_209"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1665	"Clarence River Estuary_Northern Rivers_1855"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1665	"Swamp tea-tree forest_South East Queensland_209"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1666	"Clarence River Estuary_Northern Rivers_1856"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1666	"Swamp tea-tree forest_South East Queensland_209"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1667	"Clarence River Estuary_Northern Rivers_1858"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1667	"Swamp tea-tree forest_South East Queensland_209"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1668	"Clarence River Estuary_Northern Rivers_1860"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1668	"Swamp tea-tree forest_South East Queensland_210"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1669	"Clarence River Estuary_Northern Rivers_1862"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1669	"Swamp tea-tree forest_South East Queensland_210"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1670	"Clarence River Estuary_Northern Rivers_1863"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1670	"Swamp tea-tree forest_South East Queensland_210"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1671	"Clarence River Estuary_Northern Rivers_1868"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1671	"Swamp tea-tree forest_South East Queensland_210"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1672	"Clarence River Estuary_Northern Rivers_1870"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1672	"Swamp tea-tree forest_South East Queensland_210"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1673	"Clarence River Estuary_Northern Rivers_1871"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1673	"Swamp tea-tree forest_South East Queensland_210"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1674	"Clarence River Estuary_Northern Rivers_1874"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1674	"Swamp tea-tree forest_South East Queensland_210"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1675	"Clarence River Estuary_Northern Rivers_1875"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1675	"Swamp tea-tree forest_South East Queensland_210"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1676	"Clarence River Estuary_Northern Rivers_1877"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1676	"Swamp tea-tree forest_South East Queensland_210"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1677	"Clarence River Estuary_Northern Rivers_1879"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1677	"Swamp tea-tree forest_South East Queensland_210"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1678	"Clarence River Estuary_Northern Rivers_1882"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1678	"Swamp tea-tree forest_South East Queensland_210"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1679	"Clarence River Estuary_Northern Rivers_1883"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1679	"Swamp tea-tree forest_South East Queensland_211"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1680	"Clarence River Estuary_Northern Rivers_1884"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1680	"Swamp tea-tree forest_South East Queensland_211"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1681	"Clarence River Estuary_Northern Rivers_1885"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1681	"Swamp tea-tree forest_South East Queensland_211"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1682	"Clarence River Estuary_Northern Rivers_1886"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1682	"Swamp tea-tree forest_South East Queensland_211"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1683	"Clarence River Estuary_Northern Rivers_1889"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1683	"Swamp tea-tree forest_South East Queensland_211"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1684	"Clarence River Estuary_Northern Rivers_1890"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1684	"Swamp tea-tree forest_South East Queensland_211"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1685	"Clarence River Estuary_Northern Rivers_1891"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1685	"Swamp tea-tree forest_South East Queensland_211"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1686	"Clarence River Estuary_Northern Rivers_1892"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1686	"Swamp tea-tree forest_South East Queensland_211"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1687	"Clarence River Estuary_Northern Rivers_1893"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1687	"Swamp tea-tree forest_South East Queensland_211"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1688	"Clarence River Estuary_Northern Rivers_1894"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1688	"Swamp tea-tree forest_South East Queensland_211"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1689	"Clarence River Estuary_Northern Rivers_1895"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1689	"Swamp tea-tree forest_South East Queensland_211"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1690	"Clarence River Estuary_Northern Rivers_1896"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1690	"Swamp tea-tree forest_South East Queensland_212"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1691	"Clarence River Estuary_Northern Rivers_1897"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1691	"Swamp tea-tree forest_South East Queensland_212"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1692	"Clarence River Estuary_Northern Rivers_1898"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1692	"Swamp tea-tree forest_South East Queensland_212"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1693	"Clarence River Estuary_Northern Rivers_1899"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1693	"Swamp tea-tree forest_South East Queensland_212"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1694	"Clarence River Estuary_Northern Rivers_1900"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1694	"Swamp tea-tree forest_South East Queensland_212"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1695	"Clarence River Estuary_Northern Rivers_1901"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1695	"Swamp tea-tree forest_South East Queensland_212"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1696	"Clarence River Estuary_Northern Rivers_1903"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1696	"Swamp tea-tree forest_South East Queensland_212"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1697	"Clarence River Estuary_Northern Rivers_1904"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1697	"Swamp tea-tree forest_South East Queensland_212"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1698	"Clarence River Estuary_Northern Rivers_1905"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1698	"Swamp tea-tree forest_South East Queensland_212"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1699	"Clarence River Estuary_Northern Rivers_1906"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1699	"Swamp tea-tree forest_South East Queensland_212"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1700	"Clarence River Estuary_Northern Rivers_1907"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1700	"Swamp tea-tree forest_South East Queensland_212"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1701	"Clarence River Estuary_Northern Rivers_1908"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1701	"Swamp tea-tree forest_South East Queensland_213"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1702	"Clarence River Estuary_Northern Rivers_1910"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1702	"Swamp tea-tree forest_South East Queensland_213"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1703	"Clarence River Estuary_Northern Rivers_1911"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1703	"Swamp tea-tree forest_South East Queensland_213"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1704	"Clarence River Estuary_Northern Rivers_1912"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1704	"Swamp tea-tree forest_South East Queensland_213"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1705	"Clarence River Estuary_Northern Rivers_1914"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1705	"Swamp tea-tree forest_South East Queensland_213"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1706	"Clarence River Estuary_Northern Rivers_1915"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1706	"Swamp tea-tree forest_South East Queensland_213"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1707	"Clarence River Estuary_Northern Rivers_1916"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1707	"Swamp tea-tree forest_South East Queensland_213"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1708	"Clarence River Estuary_Northern Rivers_1917"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1708	"Swamp tea-tree forest_South East Queensland_213"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1709	"Clarence River Estuary_Northern Rivers_1928"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1709	"Swamp tea-tree forest_South East Queensland_213"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1710	"Clarence River Estuary_Northern Rivers_1932"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1710	"Swamp tea-tree forest_South East Queensland_213"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1711	"Clarence River Estuary_Northern Rivers_1933"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1711	"Swamp tea-tree forest_South East Queensland_213"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1712	"Clarence River Estuary_Northern Rivers_1934"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1712	"Swamp tea-tree forest_South East Queensland_214"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1713	"Clarence River Estuary_Northern Rivers_1935"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1713	"Swamp tea-tree forest_South East Queensland_216"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1714	"Clarence River Estuary_Northern Rivers_1937"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1714	"Swamp tea-tree forest_South East Queensland_216"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1715	"Clarence River Estuary_Northern Rivers_1938"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1715	"Swamp tea-tree forest_South East Queensland_216"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1716	"Clarence River Estuary_Northern Rivers_1939"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1716	"Swamp tea-tree forest_South East Queensland_216"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1717	"Clarence River Estuary_Northern Rivers_1940"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1717	"Swamp tea-tree forest_South East Queensland_216"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1718	"Clarence River Estuary_Northern Rivers_1941"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1718	"Swamp tea-tree forest_South East Queensland_216"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1719	"Clarence River Estuary_Northern Rivers_1942"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1719	"Swamp tea-tree forest_South East Queensland_224"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1720	"Clarence River Estuary_Northern Rivers_1943"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1720	"Swamp tea-tree forest_South East Queensland_224"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1721	"Clarence River Estuary_Northern Rivers_1948"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1721	"Swamp tea-tree forest_South East Queensland_224"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1722	"Clarence River Estuary_Northern Rivers_1949"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1722	"Swamp tea-tree forest_South East Queensland_224"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1723	"Clarence River Estuary_Northern Rivers_1951"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1723	"Swamp tea-tree forest_South East Queensland_224"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1724	"Clarence River Estuary_Northern Rivers_1953"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1724	"Swamp tea-tree forest_South East Queensland_224"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1725	"Clarence River Estuary_Northern Rivers_1954"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1725	"Swamp tea-tree forest_South East Queensland_228"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1726	"Clarence River Estuary_Northern Rivers_1955"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1726	"Swamp tea-tree forest_South East Queensland_229"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1727	"Clarence River Estuary_Northern Rivers_1956"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1727	"Swamp tea-tree forest_South East Queensland_229"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1728	"Clarence River Estuary_Northern Rivers_1957"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1728	"Swamp tea-tree forest_South East Queensland_229"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1729	"Clarence River Estuary_Northern Rivers_1959"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1729	"Swamp tea-tree forest_South East Queensland_229"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1730	"Clarence River Estuary_Northern Rivers_1960"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1730	"Swamp tea-tree forest_South East Queensland_229"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1731	"Clarence River Estuary_Northern Rivers_1961"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1731	"Swamp tea-tree forest_South East Queensland_240"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1732	"Clarence River Estuary_Northern Rivers_1962"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1732	"Swamp tea-tree forest_South East Queensland_240"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1733	"Swamp tea-tree forest_South East Queensland_240"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1734	"Clarence River Estuary_Northern Rivers_1964"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1734	"Swamp tea-tree forest_South East Queensland_240"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1735	"Clarence River Estuary_Northern Rivers_1965"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1735	"Swamp tea-tree forest_South East Queensland_240"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1736	"Swamp tea-tree forest_South East Queensland_240"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1737	"Clarence River Estuary_Northern Rivers_1978"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1737	"Swamp tea-tree forest_South East Queensland_243"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1738	"Clarence River Estuary_Northern Rivers_1982"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1738	"Swamp tea-tree forest_South East Queensland_243"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1739	"Clarence River Estuary_Northern Rivers_1994"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1739	"Swamp tea-tree forest_South East Queensland_243"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1740	"Clarence River Estuary_Northern Rivers_1995"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1740	"Swamp tea-tree forest_South East Queensland_243"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1741	"Clarence River Estuary_Northern Rivers_1996"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1741	"Swamp tea-tree forest_South East Queensland_243"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1742	"Clarence River Estuary_Northern Rivers_1997"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1742	"Swamp tea-tree forest_South East Queensland_243"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1743	"Clarence River Estuary_Northern Rivers_2004"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1743	"Swamp tea-tree forest regrowth_South East Queensland_290"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1744	"Clarence River Estuary_Northern Rivers_2005"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1744	"Swamp tea-tree forest regrowth_South East Queensland_291"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1745	"Clarence River Estuary_Northern Rivers_2006"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1745	"Swamp tea-tree forest regrowth_South East Queensland_291"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1746	"Clarence River Estuary_Northern Rivers_2007"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1746	"Swamp tea-tree forest regrowth_South East Queensland_291"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1747	"Clarence River Estuary_Northern Rivers_2009"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1747	"Swamp tea-tree forest regrowth_South East Queensland_291"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1748	"Clarence River Estuary_Northern Rivers_2010"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1748	"Swamp tea-tree forest regrowth_South East Queensland_415"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1749	"Clarence River Estuary_Northern Rivers_2012"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1749	"Swamp tea-tree forest regrowth_South East Queensland_415"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1750	"Clarence River Estuary_Northern Rivers_2014"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1750	"Swamp tea-tree forest regrowth_South East Queensland_415"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1751	"Clarence River Estuary_Northern Rivers_2016"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1751	"Swamp tea-tree forest regrowth_South East Queensland_415"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1752	"Clarence River Estuary_Northern Rivers_2017"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1752	"Swamp tea-tree forest regrowth_South East Queensland_415"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1753	"Clarence River Estuary_Northern Rivers_2025"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1753	"Swamp tea-tree forest regrowth_South East Queensland_415"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1754	"Clarence River Estuary_Northern Rivers_2026"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1754	"Swamp tea-tree forest_South East Queensland_214"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1755	"Clarence River Estuary_Northern Rivers_2027"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1755	"Swamp tea-tree forest_South East Queensland_214"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1756	"Clarence River Estuary_Northern Rivers_2028"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1756	"Swamp tea-tree forest_South East Queensland_214"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1757	"Clarence River Estuary_Northern Rivers_2029"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1757	"Swamp tea-tree forest_South East Queensland_214"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1758	"Clarence River Estuary_Northern Rivers_2030"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1758	"Swamp tea-tree forest_South East Queensland_214"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1759	"Clarence River Estuary_Northern Rivers_2031"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1759	"Swamp tea-tree forest_South East Queensland_214"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1760	"Clarence River Estuary_Northern Rivers_2032"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1760	"Swamp tea-tree forest_South East Queensland_214"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1761	"Clarence River Estuary_Northern Rivers_2033"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1761	"Swamp tea-tree forest_South East Queensland_214"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1762	"Clarence River Estuary_Northern Rivers_2039"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1762	"Swamp tea-tree forest_South East Queensland_214"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1763	"Clarence River Estuary_Northern Rivers_2040"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1763	"Swamp tea-tree forest_South East Queensland_214"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1764	"Clarence River Estuary_Northern Rivers_2041"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1764	"Swamp tea-tree forest_South East Queensland_215"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1765	"Clarence River Estuary_Northern Rivers_2042"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1765	"Swamp tea-tree forest_South East Queensland_215"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1766	"Clarence River Estuary_Northern Rivers_2043"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1766	"Swamp tea-tree forest_South East Queensland_215"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1767	"Clarence River Estuary_Northern Rivers_2044"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1767	"Swamp tea-tree forest_South East Queensland_215"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1768	"Clarence River Estuary_Northern Rivers_2045"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1768	"Swamp tea-tree forest_South East Queensland_215"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1769	"Clarence River Estuary_Northern Rivers_2046"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1769	"Swamp tea-tree forest_South East Queensland_215"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1770	"Clarence River Estuary_Northern Rivers_2048"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1770	"Swamp tea-tree forest_South East Queensland_215"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1771	"Clarence River Estuary_Northern Rivers_2049"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1771	"Swamp tea-tree forest_South East Queensland_215"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1772	"Clarence River Estuary_Northern Rivers_2053"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1772	"Swamp tea-tree forest_South East Queensland_215"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1773	"Clarence River Estuary_Northern Rivers_2054"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1773	"Swamp tea-tree forest_South East Queensland_215"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1774	"Clarence River Estuary_Northern Rivers_2055"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1774	"Swamp tea-tree forest_South East Queensland_215"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1775	"Clarence River Estuary_Northern Rivers_2056"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1775	"Swamp tea-tree forest_South East Queensland_216"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1776	"Clarence River Estuary_Northern Rivers_2073"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1776	"Swamp tea-tree forest_South East Queensland_216"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1777	"Clarence River Estuary_Northern Rivers_2074"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1777	"Swamp tea-tree forest_South East Queensland_216"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1778	"Clarence River Estuary_Northern Rivers_2075"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1778	"Swamp tea-tree forest_South East Queensland_216"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1779	"Clarence River Estuary_Northern Rivers_2080"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1779	"Swamp tea-tree forest_South East Queensland_216"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1780	"Clarence River Estuary_Northern Rivers_2081"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1780	"Swamp tea-tree forest_South East Queensland_217"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1781	"Clarence River Estuary_Northern Rivers_2082"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1781	"Swamp tea-tree forest_South East Queensland_217"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1782	"Clarence River Estuary_Northern Rivers_2085"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1782	"Swamp tea-tree forest_South East Queensland_217"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1783	"Clarence River Estuary_Northern Rivers_2091"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1783	"Swamp tea-tree forest_South East Queensland_217"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1784	"Clarence River Estuary_Northern Rivers_2092"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1784	"Swamp tea-tree forest_South East Queensland_217"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1785	"Clarence River Estuary_Northern Rivers_2093"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1785	"Swamp tea-tree forest_South East Queensland_217"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1786	"Clarence River Estuary_Northern Rivers_2094"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1786	"Swamp tea-tree forest_South East Queensland_217"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1787	"Clarence River Estuary_Northern Rivers_2095"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1787	"Swamp tea-tree forest_South East Queensland_217"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1788	"Clarence River Estuary_Northern Rivers_2098"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1788	"Swamp tea-tree forest_South East Queensland_217"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1789	"Clarence River Estuary_Northern Rivers_2099"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1789	"Swamp tea-tree forest_South East Queensland_217"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1790	"Clarence River Estuary_Northern Rivers_2104"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1790	"Swamp tea-tree forest_South East Queensland_217"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1791	"Clarence River Estuary_Northern Rivers_2105"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1791	"Swamp tea-tree forest_South East Queensland_218"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1792	"Clarence River Estuary_Northern Rivers_2118"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1792	"Swamp tea-tree forest_South East Queensland_218"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1793	"Clarence River Estuary_Northern Rivers_2119"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1793	"Swamp tea-tree forest_South East Queensland_218"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1794	"Clarence River Estuary_Northern Rivers_2120"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1794	"Swamp tea-tree forest_South East Queensland_218"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1795	"Clarence River Estuary_Northern Rivers_2121"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1795	"Swamp tea-tree forest_South East Queensland_218"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1796	"Swamp tea-tree forest_South East Queensland_218"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1797	"Clarence River Estuary_Northern Rivers_2127"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1797	"Swamp tea-tree forest_South East Queensland_218"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1798	"Clarence River Estuary_Northern Rivers_2133"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1798	"Swamp tea-tree forest_South East Queensland_218"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1799	"Clarence River Estuary_Northern Rivers_2134"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1799	"Swamp tea-tree forest_South East Queensland_218"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1800	"Clarence River Estuary_Northern Rivers_2135"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1800	"Swamp tea-tree forest_South East Queensland_218"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1801	"Clarence River Estuary_Northern Rivers_2136"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1801	"Swamp tea-tree forest_South East Queensland_218"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1802	"Clarence River Estuary_Northern Rivers_2137"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1802	"Swamp tea-tree forest_South East Queensland_219"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1803	"Clarence River Estuary_Northern Rivers_2138"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1803	"Swamp tea-tree forest_South East Queensland_219"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1804	"Clarence River Estuary_Northern Rivers_2139"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1804	"Swamp tea-tree forest_South East Queensland_219"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1805	"Clarence River Estuary_Northern Rivers_2140"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1805	"Swamp tea-tree forest_South East Queensland_219"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1806	"Clarence River Estuary_Northern Rivers_2148"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1806	"Swamp tea-tree forest_South East Queensland_219"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1807	"Clarence River Estuary_Northern Rivers_2149"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1807	"Swamp tea-tree forest_South East Queensland_219"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1808	"Clarence River Estuary_Northern Rivers_2151"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1808	"Swamp tea-tree forest_South East Queensland_219"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1809	"Clarence River Estuary_Northern Rivers_2157"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1809	"Swamp tea-tree forest_South East Queensland_219"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1810	"Clarence River Estuary_Northern Rivers_2163"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1810	"Swamp tea-tree forest_South East Queensland_219"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1811	"Clarence River Estuary_Northern Rivers_2164"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1811	"Swamp tea-tree forest_South East Queensland_219"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1812	"Clarence River Estuary_Northern Rivers_2165"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1812	"Swamp tea-tree forest_South East Queensland_219"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1813	"Clarence River Estuary_Northern Rivers_2166"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1813	"Swamp tea-tree forest_South East Queensland_220"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1814	"Clarence River Estuary_Northern Rivers_2171"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1814	"Swamp tea-tree forest_South East Queensland_220"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1815	"Clarence River Estuary_Northern Rivers_2172"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1815	"Swamp tea-tree forest_South East Queensland_220"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1816	"Swamp tea-tree forest_South East Queensland_220"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1817	"Clarence River Estuary_Northern Rivers_2178"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1817	"Swamp tea-tree forest_South East Queensland_220"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1818	"Clarence River Estuary_Northern Rivers_2179"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1818	"Swamp tea-tree forest_South East Queensland_221"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1819	"Clarence River Estuary_Northern Rivers_2180"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1819	"Swamp tea-tree forest_South East Queensland_221"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1820	"Clarence River Estuary_Northern Rivers_2181"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1820	"Swamp tea-tree forest_South East Queensland_221"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1821	"Clarence River Estuary_Northern Rivers_2182"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1821	"Swamp tea-tree forest_South East Queensland_221"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1822	"Clarence River Estuary_Northern Rivers_2183"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1822	"Swamp tea-tree forest_South East Queensland_221"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1823	"Clarence River Estuary_Northern Rivers_2184"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1823	"Swamp tea-tree forest_South East Queensland_221"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1824	"Clarence River Estuary_Northern Rivers_2185"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1824	"Swamp tea-tree forest_South East Queensland_221"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1825	"Clarence River Estuary_Northern Rivers_2186"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1825	"Swamp tea-tree forest_South East Queensland_221"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1826	"Clarence River Estuary_Northern Rivers_2191"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1826	"Swamp tea-tree forest_South East Queensland_221"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1827	"Clarence River Estuary_Northern Rivers_2192"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1827	"Swamp tea-tree forest_South East Queensland_221"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1828	"Clarence River Estuary_Northern Rivers_2193"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1828	"Swamp tea-tree forest_South East Queensland_221"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1829	"Clarence River Estuary_Northern Rivers_2194"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1829	"Swamp tea-tree forest_South East Queensland_222"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1830	"Clarence River Estuary_Northern Rivers_2195"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1830	"Swamp tea-tree forest_South East Queensland_222"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1831	"Clarence River Estuary_Northern Rivers_2196"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1831	"Swamp tea-tree forest_South East Queensland_222"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1832	"Clarence River Estuary_Northern Rivers_2197"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1832	"Swamp tea-tree forest_South East Queensland_222"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1833	"Clarence River Estuary_Northern Rivers_2198"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1833	"Swamp tea-tree forest_South East Queensland_222"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1834	"Clarence River Estuary_Northern Rivers_2199"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1834	"Swamp tea-tree forest_South East Queensland_222"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1835	"Clarence River Estuary_Northern Rivers_2201"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1835	"Swamp tea-tree forest_South East Queensland_222"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1836	"Clarence River Estuary_Northern Rivers_2202"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1836	"Swamp tea-tree forest_South East Queensland_222"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1837	"Clarence River Estuary_Northern Rivers_2203"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1837	"Swamp tea-tree forest_South East Queensland_222"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1838	"Clarence River Estuary_Northern Rivers_2204"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1838	"Swamp tea-tree forest_South East Queensland_222"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1839	"Swamp tea-tree forest_South East Queensland_222"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1840	"Clarence River Estuary_Northern Rivers_2208"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1840	"Swamp tea-tree forest_South East Queensland_223"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1841	"Clarence River Estuary_Northern Rivers_2209"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1841	"Swamp tea-tree forest_South East Queensland_223"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1842	"Clarence River Estuary_Northern Rivers_2210"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1842	"Swamp tea-tree forest_South East Queensland_223"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1843	"Clarence River Estuary_Northern Rivers_2216"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1843	"Swamp tea-tree forest_South East Queensland_223"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1844	"Clarence River Estuary_Northern Rivers_2237"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1844	"Swamp tea-tree forest_South East Queensland_223"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1845	"Clarence River Estuary_Northern Rivers_2238"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1845	"Swamp tea-tree forest_South East Queensland_223"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1846	"Clarence River Estuary_Northern Rivers_2239"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1846	"Swamp tea-tree forest_South East Queensland_223"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1847	"Clarence River Estuary_Northern Rivers_2240"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1847	"Swamp tea-tree forest_South East Queensland_223"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1848	"Clarence River Estuary_Northern Rivers_2241"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1848	"Swamp tea-tree forest_South East Queensland_223"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1849	"Clarence River Estuary_Northern Rivers_2242"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1849	"Swamp tea-tree forest_South East Queensland_223"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1850	"Clarence River Estuary_Northern Rivers_2250"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1850	"Swamp tea-tree forest_South East Queensland_223"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1851	"Clarence River Estuary_Northern Rivers_2251"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1851	"Swamp tea-tree forest_South East Queensland_224"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1852	"Clarence River Estuary_Northern Rivers_2257"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1852	"Swamp tea-tree forest_South East Queensland_224"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1853	"Clarence River Estuary_Northern Rivers_2258"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1853	"Swamp tea-tree forest_South East Queensland_224"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1854	"Clarence River Estuary_Northern Rivers_2259"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1854	"Swamp tea-tree forest_South East Queensland_224"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1855	"Clarence River Estuary_Northern Rivers_2268"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1855	"Swamp tea-tree forest_South East Queensland_224"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1856	"Clarence River Estuary_Northern Rivers_2269"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1856	"Swamp tea-tree forest_South East Queensland_225"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1857	"Clarence River Estuary_Northern Rivers_2270"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1857	"Swamp tea-tree forest_South East Queensland_225"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1858	"Clarence River Estuary_Northern Rivers_2271"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1858	"Swamp tea-tree forest_South East Queensland_225"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1859	"Clarence River Estuary_Northern Rivers_2281"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1859	"Swamp tea-tree forest_South East Queensland_225"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1860	"Clarence River Estuary_Northern Rivers_2285"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1860	"Swamp tea-tree forest_South East Queensland_225"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1861	"Clarence River Estuary_Northern Rivers_2286"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1861	"Swamp tea-tree forest_South East Queensland_225"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1862	"Clarence River Estuary_Northern Rivers_2287"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1862	"Swamp tea-tree forest_South East Queensland_225"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1863	"Clarence River Estuary_Northern Rivers_2288"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1863	"Swamp tea-tree forest_South East Queensland_225"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1864	"Clarence River Estuary_Northern Rivers_2289"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1864	"Swamp tea-tree forest_South East Queensland_225"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1865	"Clarence River Estuary_Northern Rivers_2290"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1865	"Swamp tea-tree forest_South East Queensland_225"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1866	"Clarence River Estuary_Northern Rivers_2291"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1866	"Swamp tea-tree forest_South East Queensland_225"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1867	"Clarence River Estuary_Northern Rivers_2292"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1867	"Swamp tea-tree forest_South East Queensland_226"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1868	"Clarence River Estuary_Northern Rivers_2294"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1868	"Swamp tea-tree forest_South East Queensland_226"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1869	"Clarence River Estuary_Northern Rivers_2295"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1869	"Swamp tea-tree forest_South East Queensland_226"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1870	"Clarence River Estuary_Northern Rivers_2296"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1870	"Swamp tea-tree forest_South East Queensland_226"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1871	"Clarence River Estuary_Northern Rivers_2300"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1871	"Swamp tea-tree forest_South East Queensland_226"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1872	"Clarence River Estuary_Northern Rivers_2301"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1872	"Swamp tea-tree forest_South East Queensland_227"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1873	"Clarence River Estuary_Northern Rivers_2302"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1873	"Swamp tea-tree forest_South East Queensland_227"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1874	"Clarence River Estuary_Northern Rivers_2305"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1874	"Swamp tea-tree forest_South East Queensland_227"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1875	"Clarence River Estuary_Northern Rivers_2306"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1875	"Swamp tea-tree forest_South East Queensland_227"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1876	"Clarence River Estuary_Northern Rivers_2307"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1876	"Swamp tea-tree forest_South East Queensland_227"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1877	"Clarence River Estuary_Northern Rivers_2308"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1877	"Swamp tea-tree forest_South East Queensland_227"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1878	"CLARENCE RIVER_Northern Rivers_1317"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1878	"Swamp tea-tree forest_South East Queensland_227"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1879	"Swamp tea-tree forest_South East Queensland_227"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1880	"CLARENCE RIVER_Northern Rivers_1527"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1880	"Swamp tea-tree forest_South East Queensland_227"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1881	"CLARENCE RIVER_Northern Rivers_1528"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1881	"Swamp tea-tree forest_South East Queensland_227"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1882	"CLARENCE RIVER_Northern Rivers_1529"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1882	"Swamp tea-tree forest_South East Queensland_227"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1883	"Swamp tea-tree forest_South East Queensland_228"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1884	"Swamp tea-tree forest_South East Queensland_228"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1885	"CLARENCE RIVER_Northern Rivers_1532"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1885	"Swamp tea-tree forest_South East Queensland_228"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1886	"CLARENCE RIVER_Northern Rivers_1616"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1886	"Swamp tea-tree forest_South East Queensland_228"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1887	"CLARENCE RIVER_Northern Rivers_1617"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1887	"Swamp tea-tree forest_South East Queensland_228"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1888	"CLARENCE RIVER_Northern Rivers_1618"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1888	"Swamp tea-tree forest_South East Queensland_228"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1889	"CLARENCE RIVER_Northern Rivers_1619"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1889	"Swamp tea-tree forest_South East Queensland_228"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1890	"Swamp tea-tree forest_South East Queensland_228"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1891	"Swamp tea-tree forest_South East Queensland_228"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1892	"CLARENCE RIVER_Northern Rivers_1681"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1892	"Swamp tea-tree forest_South East Queensland_228"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1893	"CLARENCE RIVER_Northern Rivers_1682"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1893	"Swamp tea-tree forest_South East Queensland_229"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1894	"CLARENCE RIVER_Northern Rivers_1683"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1894	"Swamp tea-tree forest_South East Queensland_229"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1895	"CLARENCE RIVER_Northern Rivers_1684"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1895	"Swamp tea-tree forest_South East Queensland_229"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1896	"CLARENCE RIVER_Northern Rivers_1685"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1896	"Swamp tea-tree forest_South East Queensland_229"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1897	"CLARENCE RIVER_Northern Rivers_1686"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1897	"Swamp tea-tree forest_South East Queensland_229"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1898	"CLARENCE RIVER_Northern Rivers_1711"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1898	"Swamp tea-tree forest_South East Queensland_229"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1899	"CLARENCE RIVER_Northern Rivers_1712"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1899	"Swamp tea-tree forest_South East Queensland_230"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1900	"CLARENCE RIVER_Northern Rivers_1713"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1900	"Swamp tea-tree forest_South East Queensland_230"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1901	"CLARENCE RIVER_Northern Rivers_1734"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1901	"Swamp tea-tree forest_South East Queensland_230"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1902	"CLARENCE RIVER_Northern Rivers_845"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1902	"Swamp tea-tree forest_South East Queensland_230"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1903	"CLARENCE RIVER_Northern Rivers_846"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1903	"Swamp tea-tree forest_South East Queensland_230"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1904	"CLARENCE RIVER_Northern Rivers_847"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1904	"Swamp tea-tree forest_South East Queensland_230"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1905	"CLARENCE RIVER_Northern Rivers_848"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1905	"Swamp tea-tree forest_South East Queensland_230"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1906	"CLARENCE RIVER_Northern Rivers_849"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1906	"Swamp tea-tree forest_South East Queensland_230"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1907	"CLARENCE RIVER_Northern Rivers_850"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1907	"Swamp tea-tree forest_South East Queensland_230"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1908	"CLARENCE RIVER_Northern Rivers_851"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1908	"Swamp tea-tree forest_South East Queensland_230"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1909	"Swamp tea-tree forest_South East Queensland_230"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1910	"Swamp tea-tree forest_South East Queensland_231"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1911	"Swamp tea-tree forest_South East Queensland_231"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1912	"Swamp tea-tree forest_South East Queensland_231"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1913	"Swamp tea-tree forest_South East Queensland_231"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1914	"Swamp tea-tree forest_South East Queensland_231"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1915	"Swamp tea-tree forest_South East Queensland_231"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1916	"Swamp tea-tree forest_South East Queensland_231"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1917	"Swamp tea-tree forest_South East Queensland_231"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1918	"Swamp tea-tree forest_South East Queensland_231"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1919	"Swamp tea-tree forest_South East Queensland_231"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1920	"Swamp tea-tree forest_South East Queensland_231"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1921	"Swamp tea-tree forest_South East Queensland_232"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1922	"Swamp tea-tree forest_South East Queensland_232"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1923	"Swamp tea-tree forest_South East Queensland_232"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1924	"Swamp tea-tree forest_South East Queensland_232"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1925	"Swamp tea-tree forest_South East Queensland_232"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1926	"Swamp tea-tree forest_South East Queensland_232"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1927	"Swamp tea-tree forest_South East Queensland_232"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1928	"Swamp tea-tree forest_South East Queensland_232"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1929	"Clarence Wetlands_Northern Rivers_21474"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1929	"Swamp tea-tree forest_South East Queensland_232"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1930	"Clarence Wetlands_Northern Rivers_21475"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1930	"Swamp tea-tree forest_South East Queensland_232"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1931	"Clarence Wetlands_Northern Rivers_21476"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1931	"Swamp tea-tree forest_South East Queensland_232"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1932	"Swamp tea-tree forest_South East Queensland_233"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1933	"Swamp tea-tree forest_South East Queensland_233"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1934	"Swamp tea-tree forest_South East Queensland_233"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1935	"Swamp tea-tree forest_South East Queensland_233"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1936	"Swamp tea-tree forest_South East Queensland_233"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1937	"Swamp tea-tree forest_South East Queensland_234"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1938	"Swamp tea-tree forest_South East Queensland_234"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1939	"Swamp tea-tree forest_South East Queensland_234"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1940	"Swamp tea-tree forest_South East Queensland_234"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1941	"Clarence Wetlands_Northern Rivers_21486"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1941	"Swamp tea-tree forest_South East Queensland_234"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1942	"Clarence Wetlands_Northern Rivers_21487"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1942	"Swamp tea-tree forest_South East Queensland_234"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1943	"Clarence Wetlands_Northern Rivers_21488"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1943	"Swamp tea-tree forest_South East Queensland_234"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1944	"Swamp tea-tree forest_South East Queensland_234"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1945	"Swamp tea-tree forest_South East Queensland_234"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1946	"Swamp tea-tree forest_South East Queensland_234"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1947	"Swamp tea-tree forest_South East Queensland_234"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1948	"Swamp tea-tree forest_South East Queensland_235"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1949	"Swamp tea-tree forest_South East Queensland_235"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1950	"Swamp tea-tree forest_South East Queensland_235"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1951	"Swamp tea-tree forest_South East Queensland_235"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1952	"Swamp tea-tree forest_South East Queensland_235"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1953	"Swamp tea-tree forest_South East Queensland_235"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1954	"Swamp tea-tree forest_South East Queensland_235"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1955	"Swamp tea-tree forest_South East Queensland_235"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1956	"Swamp tea-tree forest_South East Queensland_235"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1957	"Swamp tea-tree forest_South East Queensland_235"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1958	"Swamp tea-tree forest_South East Queensland_235"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1959	"Swamp tea-tree forest_South East Queensland_236"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1960	"Swamp tea-tree forest_South East Queensland_236"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1961	"Swamp tea-tree forest_South East Queensland_236"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1962	"Swamp tea-tree forest_South East Queensland_236"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1963	"Swamp tea-tree forest_South East Queensland_236"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1964	"Swamp tea-tree forest_South East Queensland_236"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1965	"Swamp tea-tree forest_South East Queensland_236"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1966	"Swamp tea-tree forest_South East Queensland_236"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1967	"Swamp tea-tree forest_South East Queensland_236"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1968	"Swamp tea-tree forest_South East Queensland_236"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1969	"Swamp tea-tree forest_South East Queensland_236"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1970	"Swamp tea-tree forest_South East Queensland_237"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1971	"Swamp tea-tree forest_South East Queensland_237"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1972	"Swamp tea-tree forest_South East Queensland_237"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1973	"Swamp tea-tree forest_South East Queensland_237"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1974	"Swamp tea-tree forest_South East Queensland_237"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1975	"Swamp tea-tree forest_South East Queensland_237"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1976	"Swamp tea-tree forest_South East Queensland_237"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1977	"Swamp tea-tree forest_South East Queensland_237"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1978	"Swamp tea-tree forest_South East Queensland_237"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1979	"Swamp tea-tree forest_South East Queensland_237"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1980	"Swamp tea-tree forest_South East Queensland_237"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1981	"Swamp tea-tree forest_South East Queensland_238"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1982	"Swamp tea-tree forest_South East Queensland_238"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1983	"Swamp tea-tree forest_South East Queensland_238"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1984	"Swamp tea-tree forest_South East Queensland_238"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1985	"Swamp tea-tree forest_South East Queensland_238"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1986	"Swamp tea-tree forest_South East Queensland_238"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1987	"Swamp tea-tree forest_South East Queensland_238"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1988	"Swamp tea-tree forest_South East Queensland_238"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
1989	"Swamp tea-tree forest_South East Queensland_238"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1990	"Swamp tea-tree forest_South East Queensland_238"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1991	"Swamp tea-tree forest_South East Queensland_238"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
1992	"Swamp tea-tree forest_South East Queensland_239"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1993	"Swamp tea-tree forest_South East Queensland_239"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
1994	"Swamp tea-tree forest_South East Queensland_239"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1995	"Swamp tea-tree forest_South East Queensland_239"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
1996	"Swamp tea-tree forest_South East Queensland_239"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1997	"Swamp tea-tree forest_South East Queensland_239"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
1998	"Clarence Wetlands_Northern Rivers_21543"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
1998	"Swamp tea-tree forest_South East Queensland_239"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
1999	"Swamp tea-tree forest_South East Queensland_239"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2000	"Swamp tea-tree forest_South East Queensland_239"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2001	"Clarence Wetlands_Northern Rivers_21546"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2001	"Swamp tea-tree forest_South East Queensland_239"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2002	"Swamp tea-tree forest_South East Queensland_239"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2003	"Swamp tea-tree forest_South East Queensland_240"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2004	"Swamp tea-tree forest_South East Queensland_240"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2005	"Swamp tea-tree forest_South East Queensland_240"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2006	"Swamp tea-tree forest_South East Queensland_240"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2007	"Swamp tea-tree forest_South East Queensland_240"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2008	"Swamp tea-tree forest_South East Queensland_241"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2009	"Swamp tea-tree forest_South East Queensland_241"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2010	"Swamp tea-tree forest_South East Queensland_241"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2011	"Swamp tea-tree forest_South East Queensland_241"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2012	"Swamp tea-tree forest_South East Queensland_241"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2013	"Swamp tea-tree forest_South East Queensland_241"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2014	"Swamp tea-tree forest_South East Queensland_241"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2015	"Swamp tea-tree forest_South East Queensland_241"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2016	"Swamp tea-tree forest_South East Queensland_241"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2017	"Swamp tea-tree forest_South East Queensland_241"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2018	"Swamp tea-tree forest_South East Queensland_241"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2019	"Swamp tea-tree forest_South East Queensland_242"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2020	"Swamp tea-tree forest_South East Queensland_242"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2021	"Swamp tea-tree forest_South East Queensland_242"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2022	"Swamp tea-tree forest_South East Queensland_242"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2023	"Swamp tea-tree forest_South East Queensland_242"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2024	"Swamp tea-tree forest_South East Queensland_242"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2025	"Swamp tea-tree forest_South East Queensland_242"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2026	"Swamp tea-tree forest_South East Queensland_242"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2027	"Swamp tea-tree forest_South East Queensland_242"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2028	"Swamp tea-tree forest_South East Queensland_242"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2029	"Swamp tea-tree forest_South East Queensland_242"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2030	"Swamp tea-tree forest_South East Queensland_243"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2031	"Swamp tea-tree forest_South East Queensland_243"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2032	"Swamp tea-tree forest_South East Queensland_243"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2033	"Swamp tea-tree forest_South East Queensland_243"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2034	"Clarence Wetlands_Northern Rivers_21580"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2034	"Swamp tea-tree forest_South East Queensland_243"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2035	"Clarence Wetlands_Northern Rivers_21581"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2035	"Swamp tea-tree forest_South East Queensland_244"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2036	"Swamp tea-tree forest_South East Queensland_244"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2037	"Swamp tea-tree forest_South East Queensland_244"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2038	"Swamp tea-tree forest_South East Queensland_244"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2039	"Swamp tea-tree forest_South East Queensland_244"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2040	"Swamp tea-tree forest_South East Queensland_244"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2041	"Swamp tea-tree forest_South East Queensland_244"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2042	"Swamp tea-tree forest_South East Queensland_244"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2043	"Swamp tea-tree forest_South East Queensland_244"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2044	"Swamp tea-tree forest_South East Queensland_244"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2045	"Swamp tea-tree forest_South East Queensland_244"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2046	"Swamp tea-tree forest_South East Queensland_244"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2047	"Swamp tea-tree forest_South East Queensland_245"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2048	"Swamp tea-tree forest_South East Queensland_245"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2049	"Swamp tea-tree forest_South East Queensland_245"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2050	"Swamp tea-tree forest_South East Queensland_245"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2051	"Swamp tea-tree forest_South East Queensland_245"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2052	"Swamp tea-tree forest_South East Queensland_245"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2053	"Swamp tea-tree forest_South East Queensland_245"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2054	"Swamp tea-tree forest_South East Queensland_245"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2055	"Swamp tea-tree forest_South East Queensland_245"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2056	"Swamp tea-tree forest_South East Queensland_245"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2057	"Swamp tea-tree forest_South East Queensland_245"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2058	"Swamp tea-tree forest_South East Queensland_246"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2059	"Swamp tea-tree forest_South East Queensland_246"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2060	"Swamp tea-tree forest_South East Queensland_246"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2061	"Swamp tea-tree forest_South East Queensland_246"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2062	"Swamp tea-tree forest_South East Queensland_246"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2063	"Swamp tea-tree forest_South East Queensland_247"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2064	"Swamp tea-tree forest_South East Queensland_247"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2065	"Swamp tea-tree forest_South East Queensland_247"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2066	"Swamp tea-tree forest_South East Queensland_247"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2067	"Swamp tea-tree forest_South East Queensland_247"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2068	"Swamp tea-tree forest_South East Queensland_248"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2069	"Swamp tea-tree forest_South East Queensland_248"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2070	"Swamp tea-tree forest_South East Queensland_248"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2071	"Swamp tea-tree forest_South East Queensland_248"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2072	"Swamp tea-tree forest_South East Queensland_248"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2073	"Swamp tea-tree forest_South East Queensland_248"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2074	"Swamp tea-tree forest_South East Queensland_248"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2075	"Swamp tea-tree forest_South East Queensland_248"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2076	"Swamp tea-tree forest_South East Queensland_248"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2077	"Swamp tea-tree forest_South East Queensland_248"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2078	"Swamp tea-tree forest_South East Queensland_248"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2079	"Swamp tea-tree forest_South East Queensland_249"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2080	"Swamp tea-tree forest_South East Queensland_249"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2081	"Swamp tea-tree forest_South East Queensland_249"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2082	"Swamp tea-tree forest_South East Queensland_249"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2083	"Swamp tea-tree forest_South East Queensland_249"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2084	"Swamp tea-tree forest_South East Queensland_250"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2085	"Swamp tea-tree forest_South East Queensland_250"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2086	"Swamp tea-tree forest_South East Queensland_250"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2087	"Clarence Wetlands_Northern Rivers_21634"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2087	"Swamp tea-tree forest_South East Queensland_250"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2088	"Swamp tea-tree forest_South East Queensland_250"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2089	"Clarence Wetlands_Northern Rivers_21636"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2089	"Swamp tea-tree forest_South East Queensland_250"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2090	"Swamp tea-tree forest_South East Queensland_250"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2091	"Clarence Wetlands_Northern Rivers_21638"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2091	"Swamp tea-tree forest_South East Queensland_250"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2092	"Swamp tea-tree forest_South East Queensland_250"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2093	"Swamp tea-tree forest_South East Queensland_250"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2094	"Swamp tea-tree forest_South East Queensland_250"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2095	"Swamp tea-tree forest_South East Queensland_251"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2096	"Clarence Wetlands_Northern Rivers_21647"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2096	"Swamp tea-tree forest_South East Queensland_251"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2097	"Swamp tea-tree forest_South East Queensland_251"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2098	"Swamp tea-tree forest_South East Queensland_251"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2099	"Swamp tea-tree forest_South East Queensland_251"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2100	"Swamp tea-tree forest_South East Queensland_251"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2101	"Clarence Wetlands_Northern Rivers_21655"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2101	"Swamp tea-tree forest_South East Queensland_251"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2102	"Swamp tea-tree forest_South East Queensland_251"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2103	"Swamp tea-tree forest_South East Queensland_251"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2104	"Swamp tea-tree forest_South East Queensland_251"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2105	"Swamp tea-tree forest_South East Queensland_251"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2106	"Swamp tea-tree forest_South East Queensland_252"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2107	"Swamp tea-tree forest_South East Queensland_252"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2108	"Swamp tea-tree forest_South East Queensland_252"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2109	"Swamp tea-tree forest_South East Queensland_252"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2110	"Swamp tea-tree forest_South East Queensland_252"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2111	"Swamp tea-tree forest_South East Queensland_253"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2112	"Swamp tea-tree forest_South East Queensland_253"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2113	"Swamp tea-tree forest_South East Queensland_253"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2114	"Swamp tea-tree forest_South East Queensland_253"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2115	"Swamp tea-tree forest_South East Queensland_253"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2116	"Swamp tea-tree forest_South East Queensland_254"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2117	"Swamp tea-tree forest_South East Queensland_254"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2118	"Swamp tea-tree forest_South East Queensland_254"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2119	"Swamp tea-tree forest_South East Queensland_254"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2120	"Swamp tea-tree forest_South East Queensland_254"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2121	"Swamp tea-tree forest_South East Queensland_255"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2122	"Swamp tea-tree forest_South East Queensland_255"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2123	"Swamp tea-tree forest_South East Queensland_255"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2124	"Swamp tea-tree forest_South East Queensland_255"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2125	"Swamp tea-tree forest_South East Queensland_255"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2126	"Swamp tea-tree forest_South East Queensland_255"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2127	"Swamp tea-tree forest_South East Queensland_255"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2128	"Swamp tea-tree forest_South East Queensland_255"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2129	"Swamp tea-tree forest_South East Queensland_255"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2130	"Swamp tea-tree forest_South East Queensland_255"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2131	"Swamp tea-tree forest_South East Queensland_255"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2133	"Clarence Wetlands_Northern Rivers_21688"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2135	"Clarence Wetlands_Northern Rivers_21690"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2136	"Clarence Wetlands_Northern Rivers_21691"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2137	"Clarence Wetlands_Northern Rivers_21692"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2159	"Clarence Wetlands_Northern Rivers_21716"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2162	"Clarence Wetlands_Northern Rivers_21719"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2170	"Clarence Wetlands_Northern Rivers_21727"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2175	"Clarence Wetlands_Northern Rivers_21732"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2182	"Clarence Wetlands_Northern Rivers_21739"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2204	"Clarence Wetlands_Northern Rivers_21762"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2244	"Clarence Wetlands_Northern Rivers_21807"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2247	"Clarence Wetlands_Northern Rivers_21810"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2249	"Clarence Wetlands_Northern Rivers_21812"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
2251	"Clarence Wetlands_Northern Rivers_21814"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2287	"Clarence Wetlands_Northern Rivers_21854"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2288	"Clarence Wetlands_Northern Rivers_21855"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2322	"Clarence Wetlands_Northern Rivers_21892"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2335	"Clarence Wetlands_Northern Rivers_21906"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2374	"Swamp tea-tree forest regrowth_South East Queensland_278"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2375	"Swamp tea-tree forest regrowth_South East Queensland_278"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2376	"Swamp tea-tree forest regrowth_South East Queensland_278"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2377	"Swamp tea-tree forest regrowth_South East Queensland_278"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2378	"Swamp tea-tree forest regrowth_South East Queensland_278"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2379	"Swamp tea-tree forest regrowth_South East Queensland_278"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2380	"Swamp tea-tree forest regrowth_South East Queensland_278"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2381	"Swamp tea-tree forest regrowth_South East Queensland_278"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2382	"Swamp tea-tree forest regrowth_South East Queensland_278"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2383	"Swamp tea-tree forest regrowth_South East Queensland_278"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2384	"Swamp tea-tree forest regrowth_South East Queensland_278"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2385	"Swamp tea-tree forest regrowth_South East Queensland_279"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2386	"Swamp tea-tree forest regrowth_South East Queensland_279"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2387	"Swamp tea-tree forest regrowth_South East Queensland_279"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2388	"Swamp tea-tree forest regrowth_South East Queensland_279"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2389	"Swamp tea-tree forest regrowth_South East Queensland_279"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2390	"Swamp tea-tree forest regrowth_South East Queensland_279"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2391	"Swamp tea-tree forest regrowth_South East Queensland_279"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2392	"Swamp tea-tree forest regrowth_South East Queensland_279"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2393	"Swamp tea-tree forest regrowth_South East Queensland_279"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2394	"Swamp tea-tree forest regrowth_South East Queensland_279"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2395	"Swamp tea-tree forest regrowth_South East Queensland_279"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2396	"Swamp tea-tree forest regrowth_South East Queensland_280"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2397	"Swamp tea-tree forest regrowth_South East Queensland_280"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2398	"Swamp tea-tree forest regrowth_South East Queensland_280"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2399	"Swamp tea-tree forest regrowth_South East Queensland_280"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2400	"Swamp tea-tree forest regrowth_South East Queensland_280"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2401	"Swamp tea-tree forest regrowth_South East Queensland_280"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2402	"Swamp tea-tree forest regrowth_South East Queensland_280"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2403	"Swamp tea-tree forest regrowth_South East Queensland_280"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2404	"Swamp tea-tree forest regrowth_South East Queensland_280"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2405	"Swamp tea-tree forest regrowth_South East Queensland_281"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2406	"Swamp tea-tree forest regrowth_South East Queensland_281"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2407	"Swamp tea-tree forest regrowth_South East Queensland_281"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2408	"Swamp tea-tree forest regrowth_South East Queensland_281"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2409	"Swamp tea-tree forest regrowth_South East Queensland_281"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2410	"Swamp tea-tree forest regrowth_South East Queensland_282"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2411	"Swamp tea-tree forest regrowth_South East Queensland_282"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2412	"Swamp tea-tree forest regrowth_South East Queensland_282"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2413	"Swamp tea-tree forest regrowth_South East Queensland_282"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2414	"Swamp tea-tree forest regrowth_South East Queensland_282"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2415	"Swamp tea-tree forest regrowth_South East Queensland_283"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2416	"Swamp tea-tree forest regrowth_South East Queensland_283"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2417	"Clarence Wetlands_Northern Rivers_21995"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2417	"Swamp tea-tree forest regrowth_South East Queensland_283"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2418	"Clarence Wetlands_Northern Rivers_21996"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2418	"Swamp tea-tree forest regrowth_South East Queensland_283"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2419	"Clarence Wetlands_Northern Rivers_21997"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2419	"Swamp tea-tree forest regrowth_South East Queensland_283"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2420	"Swamp tea-tree forest regrowth_South East Queensland_283"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2421	"Swamp tea-tree forest regrowth_South East Queensland_283"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2422	"Swamp tea-tree forest regrowth_South East Queensland_283"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2423	"Clarence Wetlands_Northern Rivers_22001"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2423	"Swamp tea-tree forest regrowth_South East Queensland_283"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2424	"Swamp tea-tree forest regrowth_South East Queensland_283"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2425	"Swamp tea-tree forest regrowth_South East Queensland_283"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2426	"Swamp tea-tree forest regrowth_South East Queensland_284"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2427	"Swamp tea-tree forest regrowth_South East Queensland_284"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2428	"Swamp tea-tree forest regrowth_South East Queensland_284"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2429	"Swamp tea-tree forest regrowth_South East Queensland_284"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2430	"Swamp tea-tree forest regrowth_South East Queensland_284"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2431	"Swamp tea-tree forest regrowth_South East Queensland_284"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2432	"Swamp tea-tree forest regrowth_South East Queensland_284"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2433	"Swamp tea-tree forest regrowth_South East Queensland_284"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2434	"Swamp tea-tree forest regrowth_South East Queensland_284"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2435	"Clarence Wetlands_Northern Rivers_22013"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2435	"Swamp tea-tree forest regrowth_South East Queensland_284"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2436	"Swamp tea-tree forest regrowth_South East Queensland_284"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2437	"Swamp tea-tree forest regrowth_South East Queensland_285"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2438	"Clarence Wetlands_Northern Rivers_22016"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2438	"Swamp tea-tree forest regrowth_South East Queensland_285"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2439	"Clarence Wetlands_Northern Rivers_22017"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2439	"Swamp tea-tree forest regrowth_South East Queensland_285"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2440	"Clarence Wetlands_Northern Rivers_22018"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2440	"Swamp tea-tree forest regrowth_South East Queensland_285"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2441	"Swamp tea-tree forest regrowth_South East Queensland_285"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2442	"Clarence Wetlands_Northern Rivers_22020"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2442	"Swamp tea-tree forest regrowth_South East Queensland_285"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2443	"Clarence Wetlands_Northern Rivers_22021"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2443	"Swamp tea-tree forest regrowth_South East Queensland_285"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2444	"Swamp tea-tree forest regrowth_South East Queensland_285"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2445	"Swamp tea-tree forest regrowth_South East Queensland_285"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2446	"Swamp tea-tree forest regrowth_South East Queensland_285"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2447	"Swamp tea-tree forest regrowth_South East Queensland_285"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2448	"Swamp tea-tree forest regrowth_South East Queensland_286"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2449	"Swamp tea-tree forest regrowth_South East Queensland_286"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2450	"Clarence Wetlands_Northern Rivers_22028"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2450	"Swamp tea-tree forest regrowth_South East Queensland_286"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2451	"Clarence Wetlands_Northern Rivers_22029"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2451	"Swamp tea-tree forest regrowth_South East Queensland_286"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2452	"Clarence Wetlands_Northern Rivers_22030"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2452	"Swamp tea-tree forest regrowth_South East Queensland_286"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2453	"Clarence Wetlands_Northern Rivers_22031"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2453	"Swamp tea-tree forest regrowth_South East Queensland_287"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2454	"Clarence Wetlands_Northern Rivers_22032"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2454	"Swamp tea-tree forest regrowth_South East Queensland_287"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2455	"Clarence Wetlands_Northern Rivers_22033"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2455	"Swamp tea-tree forest regrowth_South East Queensland_287"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2456	"Swamp tea-tree forest regrowth_South East Queensland_287"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2457	"Clarence Wetlands_Northern Rivers_22035"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2457	"Swamp tea-tree forest regrowth_South East Queensland_287"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2458	"Swamp tea-tree forest regrowth_South East Queensland_288"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2459	"Swamp tea-tree forest regrowth_South East Queensland_288"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2460	"Clarence Wetlands_Northern Rivers_22038"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2460	"Swamp tea-tree forest regrowth_South East Queensland_288"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2461	"Clarence Wetlands_Northern Rivers_22039"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2461	"Swamp tea-tree forest regrowth_South East Queensland_288"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2462	"Clarence Wetlands_Northern Rivers_22040"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2462	"Swamp tea-tree forest regrowth_South East Queensland_288"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2463	"Clarence Wetlands_Northern Rivers_22041"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2463	"Swamp tea-tree forest regrowth_South East Queensland_288"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2464	"Clarence Wetlands_Northern Rivers_22042"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2464	"Swamp tea-tree forest regrowth_South East Queensland_288"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2465	"Swamp tea-tree forest regrowth_South East Queensland_288"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2466	"Swamp tea-tree forest regrowth_South East Queensland_288"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2467	"Clarence Wetlands_Northern Rivers_22045"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2467	"Swamp tea-tree forest regrowth_South East Queensland_288"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2468	"Swamp tea-tree forest regrowth_South East Queensland_288"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2469	"Swamp tea-tree forest regrowth_South East Queensland_289"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2470	"Swamp tea-tree forest regrowth_South East Queensland_289"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2471	"Swamp tea-tree forest regrowth_South East Queensland_289"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2472	"Swamp tea-tree forest regrowth_South East Queensland_289"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2473	"Swamp tea-tree forest regrowth_South East Queensland_289"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2474	"Swamp tea-tree forest regrowth_South East Queensland_290"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2475	"Swamp tea-tree forest regrowth_South East Queensland_290"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2476	"Swamp tea-tree forest regrowth_South East Queensland_290"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2477	"Swamp tea-tree forest regrowth_South East Queensland_290"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2478	"Swamp tea-tree forest regrowth_South East Queensland_291"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2479	"Swamp tea-tree forest regrowth_South East Queensland_292"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2480	"Swamp tea-tree forest regrowth_South East Queensland_292"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2481	"Clarence Wetlands_Northern Rivers_22059"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2481	"Swamp tea-tree forest regrowth_South East Queensland_292"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2482	"Swamp tea-tree forest regrowth_South East Queensland_292"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2483	"Clarence Wetlands_Northern Rivers_22061"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2483	"Swamp tea-tree forest regrowth_South East Queensland_292"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2484	"Clarence Wetlands_Northern Rivers_22062"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2484	"Swamp tea-tree forest regrowth_South East Queensland_293"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2485	"Swamp tea-tree forest regrowth_South East Queensland_293"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2486	"Swamp tea-tree forest regrowth_South East Queensland_293"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2487	"Swamp tea-tree forest regrowth_South East Queensland_293"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2488	"Swamp tea-tree forest regrowth_South East Queensland_293"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2489	"Swamp tea-tree forest regrowth_South East Queensland_293"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2490	"Swamp tea-tree forest regrowth_South East Queensland_293"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2491	"Swamp tea-tree forest regrowth_South East Queensland_293"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2492	"Swamp tea-tree forest regrowth_South East Queensland_293"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2493	"Swamp tea-tree forest regrowth_South East Queensland_293"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2494	"Swamp tea-tree forest regrowth_South East Queensland_293"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2495	"Swamp tea-tree forest regrowth_South East Queensland_294"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2496	"Swamp tea-tree forest regrowth_South East Queensland_294"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2497	"Swamp tea-tree forest regrowth_South East Queensland_294"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2498	"Swamp tea-tree forest regrowth_South East Queensland_294"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2499	"Clarence Wetlands_Northern Rivers_22077"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2499	"Swamp tea-tree forest regrowth_South East Queensland_294"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2500	"Clarence Wetlands_Northern Rivers_22078"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2500	"Swamp tea-tree forest regrowth_South East Queensland_294"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2501	"Swamp tea-tree forest regrowth_South East Queensland_294"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2502	"Clarence Wetlands_Northern Rivers_22080"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2502	"Swamp tea-tree forest regrowth_South East Queensland_294"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2503	"Swamp tea-tree forest regrowth_South East Queensland_294"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2504	"Swamp tea-tree forest regrowth_South East Queensland_294"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2505	"Swamp tea-tree forest regrowth_South East Queensland_294"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2506	"Swamp tea-tree forest regrowth_South East Queensland_295"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2507	"Swamp tea-tree forest regrowth_South East Queensland_295"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2508	"Swamp tea-tree forest regrowth_South East Queensland_295"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2509	"Swamp tea-tree forest regrowth_South East Queensland_295"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2510	"Swamp tea-tree forest regrowth_South East Queensland_295"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2511	"Swamp tea-tree forest regrowth_South East Queensland_296"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2512	"Swamp tea-tree forest regrowth_South East Queensland_296"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2513	"Swamp tea-tree forest regrowth_South East Queensland_296"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2514	"Swamp tea-tree forest regrowth_South East Queensland_296"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2515	"Swamp tea-tree forest regrowth_South East Queensland_296"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2516	"Clarence Wetlands_Northern Rivers_22094"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2516	"Swamp tea-tree forest regrowth_South East Queensland_296"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2517	"Swamp tea-tree forest regrowth_South East Queensland_296"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2518	"Swamp tea-tree forest regrowth_South East Queensland_296"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2519	"Swamp tea-tree forest regrowth_South East Queensland_296"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2520	"Swamp tea-tree forest regrowth_South East Queensland_296"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2521	"Swamp tea-tree forest regrowth_South East Queensland_296"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2522	"Swamp tea-tree forest regrowth_South East Queensland_297"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2523	"Swamp tea-tree forest regrowth_South East Queensland_297"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2524	"Swamp tea-tree forest regrowth_South East Queensland_297"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2525	"Swamp tea-tree forest regrowth_South East Queensland_297"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2526	"Swamp tea-tree forest regrowth_South East Queensland_297"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2527	"Swamp tea-tree forest regrowth_South East Queensland_298"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2528	"Swamp tea-tree forest regrowth_South East Queensland_298"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2529	"Swamp tea-tree forest regrowth_South East Queensland_298"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2530	"Swamp tea-tree forest regrowth_South East Queensland_298"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2531	"Swamp tea-tree forest regrowth_South East Queensland_298"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2532	"Swamp tea-tree forest regrowth_South East Queensland_298"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2533	"Swamp tea-tree forest regrowth_South East Queensland_298"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2534	"Swamp tea-tree forest regrowth_South East Queensland_298"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2535	"Swamp tea-tree forest regrowth_South East Queensland_298"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2536	"Swamp tea-tree forest regrowth_South East Queensland_298"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2537	"Swamp tea-tree forest regrowth_South East Queensland_298"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2538	"Swamp tea-tree forest regrowth_South East Queensland_299"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2539	"Swamp tea-tree forest regrowth_South East Queensland_299"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2540	"Swamp tea-tree forest regrowth_South East Queensland_299"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2541	"Swamp tea-tree forest regrowth_South East Queensland_299"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2542	"Swamp tea-tree forest regrowth_South East Queensland_299"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2543	"Swamp tea-tree forest regrowth_South East Queensland_299"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2544	"Swamp tea-tree forest regrowth_South East Queensland_299"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2545	"Swamp tea-tree forest regrowth_South East Queensland_299"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2546	"Swamp tea-tree forest regrowth_South East Queensland_299"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2547	"Swamp tea-tree forest regrowth_South East Queensland_299"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2548	"Swamp tea-tree forest regrowth_South East Queensland_299"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2549	"Swamp tea-tree forest regrowth_South East Queensland_300"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2550	"Swamp tea-tree forest regrowth_South East Queensland_300"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2551	"Swamp tea-tree forest regrowth_South East Queensland_300"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2552	"Swamp tea-tree forest regrowth_South East Queensland_300"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2553	"Swamp tea-tree forest regrowth_South East Queensland_300"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2554	"Swamp tea-tree forest regrowth_South East Queensland_300"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2555	"Swamp tea-tree forest regrowth_South East Queensland_300"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2556	"Swamp tea-tree forest regrowth_South East Queensland_300"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2557	"Swamp tea-tree forest regrowth_South East Queensland_300"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2558	"Swamp tea-tree forest regrowth_South East Queensland_300"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2559	"Swamp tea-tree forest regrowth_South East Queensland_300"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2560	"Swamp tea-tree forest regrowth_South East Queensland_301"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2561	"Swamp tea-tree forest regrowth_South East Queensland_301"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2562	"Swamp tea-tree forest regrowth_South East Queensland_301"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2563	"Swamp tea-tree forest regrowth_South East Queensland_301"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2564	"Swamp tea-tree forest regrowth_South East Queensland_301"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2565	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_302"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2566	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_302"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2567	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_302"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2568	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_302"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2569	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_302"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2570	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_302"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2571	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_302"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2572	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_302"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2573	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_302"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2574	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_302"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2575	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_302"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2576	"Swamp tea-tree forest regrowth_South East Queensland_303"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2577	"Swamp tea-tree forest regrowth_South East Queensland_303"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2578	"Swamp tea-tree forest regrowth_South East Queensland_303"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2579	"Swamp tea-tree forest regrowth_South East Queensland_303"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2580	"Swamp tea-tree forest regrowth_South East Queensland_303"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2581	"Swamp tea-tree forest regrowth_South East Queensland_303"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2582	"Swamp tea-tree forest regrowth_South East Queensland_303"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2583	"Swamp tea-tree forest regrowth_South East Queensland_303"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2584	"Swamp tea-tree forest regrowth_South East Queensland_303"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2585	"Swamp tea-tree forest regrowth_South East Queensland_303"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2586	"Swamp tea-tree forest regrowth_South East Queensland_303"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2587	"Swamp tea-tree forest regrowth_South East Queensland_304"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2588	"Swamp tea-tree forest regrowth_South East Queensland_304"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2589	"Swamp tea-tree forest regrowth_South East Queensland_304"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2590	"Swamp tea-tree forest regrowth_South East Queensland_304"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2591	"Swamp tea-tree forest regrowth_South East Queensland_304"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2592	"Swamp tea-tree forest regrowth_South East Queensland_304"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2593	"Swamp tea-tree forest regrowth_South East Queensland_304"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2594	"Swamp tea-tree forest regrowth_South East Queensland_304"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2595	"Swamp tea-tree forest regrowth_South East Queensland_304"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2596	"Swamp tea-tree forest regrowth_South East Queensland_304"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2597	"Swamp tea-tree forest regrowth_South East Queensland_304"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2598	"Swamp tea-tree forest regrowth_South East Queensland_305"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2599	"Swamp tea-tree forest regrowth_South East Queensland_305"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2600	"Swamp tea-tree forest regrowth_South East Queensland_305"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2601	"Swamp tea-tree forest regrowth_South East Queensland_305"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2602	"Swamp tea-tree forest regrowth_South East Queensland_305"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2603	"Swamp tea-tree forest regrowth_South East Queensland_306"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2604	"Swamp tea-tree forest regrowth_South East Queensland_306"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2605	"Swamp tea-tree forest regrowth_South East Queensland_306"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2606	"Swamp tea-tree forest regrowth_South East Queensland_306"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2607	"Swamp tea-tree forest regrowth_South East Queensland_306"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2608	"Swamp tea-tree forest regrowth_South East Queensland_307"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2609	"Clarence Wetlands_Northern Rivers_22187"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2609	"Swamp tea-tree forest regrowth_South East Queensland_307"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2610	"Swamp tea-tree forest regrowth_South East Queensland_307"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2611	"Swamp tea-tree forest regrowth_South East Queensland_307"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2612	"Swamp tea-tree forest regrowth_South East Queensland_307"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2613	"Clarence Wetlands_Northern Rivers_22191"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2613	"Swamp tea-tree forest regrowth_South East Queensland_308"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2614	"Swamp tea-tree forest regrowth_South East Queensland_308"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2615	"Swamp tea-tree forest regrowth_South East Queensland_308"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2616	"Swamp tea-tree forest regrowth_South East Queensland_308"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2617	"Swamp tea-tree forest regrowth_South East Queensland_308"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2618	"Swamp tea-tree forest regrowth_South East Queensland_308"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2619	"Swamp tea-tree forest regrowth_South East Queensland_308"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2620	"Swamp tea-tree forest regrowth_South East Queensland_308"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2621	"Swamp tea-tree forest regrowth_South East Queensland_308"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2622	"Clarence Wetlands_Northern Rivers_22200"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2622	"Swamp tea-tree forest regrowth_South East Queensland_308"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2623	"Clarence Wetlands_Northern Rivers_22201"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2623	"Swamp tea-tree forest regrowth_South East Queensland_308"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2624	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_309"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2625	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_309"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2626	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_309"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2627	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_309"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2628	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_309"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2629	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_309"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2630	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_309"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2630	"Clarence Wetlands_Northern Rivers_22208"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2631	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_309"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2632	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_309"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2633	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_309"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2634	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_309"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2635	"Swamp tea-tree forest regrowth_South East Queensland_310"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2636	"Swamp tea-tree forest regrowth_South East Queensland_310"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2637	"Swamp tea-tree forest regrowth_South East Queensland_310"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2638	"Swamp tea-tree forest regrowth_South East Queensland_310"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2639	"Swamp tea-tree forest regrowth_South East Queensland_310"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2640	"Swamp tea-tree forest regrowth_South East Queensland_310"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2641	"Swamp tea-tree forest regrowth_South East Queensland_310"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2642	"Swamp tea-tree forest regrowth_South East Queensland_310"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2643	"Swamp tea-tree forest regrowth_South East Queensland_310"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2644	"Swamp tea-tree forest regrowth_South East Queensland_310"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2645	"Swamp tea-tree forest regrowth_South East Queensland_310"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2646	"Swamp tea-tree forest regrowth_South East Queensland_311"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2647	"Swamp tea-tree forest regrowth_South East Queensland_311"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2648	"Swamp tea-tree forest regrowth_South East Queensland_311"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2649	"Swamp tea-tree forest regrowth_South East Queensland_311"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2650	"Swamp tea-tree forest regrowth_South East Queensland_311"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2651	"Swamp tea-tree forest regrowth_South East Queensland_311"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2652	"Swamp tea-tree forest regrowth_South East Queensland_311"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2653	"Clarence Wetlands_Northern Rivers_22231"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2653	"Swamp tea-tree forest regrowth_South East Queensland_311"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2654	"Swamp tea-tree forest regrowth_South East Queensland_311"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2655	"Swamp tea-tree forest regrowth_South East Queensland_311"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2656	"Swamp tea-tree forest regrowth_South East Queensland_311"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2657	"Swamp tea-tree forest regrowth_South East Queensland_312"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2658	"Swamp tea-tree forest regrowth_South East Queensland_312"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2659	"Swamp tea-tree forest regrowth_South East Queensland_312"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2660	"Swamp tea-tree forest regrowth_South East Queensland_312"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2661	"Swamp tea-tree forest regrowth_South East Queensland_312"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2662	"Swamp tea-tree forest regrowth_South East Queensland_312"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2663	"Swamp tea-tree forest regrowth_South East Queensland_312"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2664	"Swamp tea-tree forest regrowth_South East Queensland_312"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2665	"Swamp tea-tree forest regrowth_South East Queensland_312"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2666	"Swamp tea-tree forest regrowth_South East Queensland_312"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2667	"Swamp tea-tree forest regrowth_South East Queensland_312"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2668	"Swamp tea-tree forest regrowth_South East Queensland_313"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2669	"Swamp tea-tree forest regrowth_South East Queensland_313"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2670	"Swamp tea-tree forest regrowth_South East Queensland_313"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2671	"Swamp tea-tree forest regrowth_South East Queensland_313"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2672	"Swamp tea-tree forest regrowth_South East Queensland_313"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2673	"Swamp tea-tree forest regrowth_South East Queensland_314"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2674	"Swamp tea-tree forest regrowth_South East Queensland_314"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2675	"Swamp tea-tree forest regrowth_South East Queensland_314"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2676	"Swamp tea-tree forest regrowth_South East Queensland_314"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2677	"Swamp tea-tree forest regrowth_South East Queensland_314"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2678	"Swamp tea-tree forest regrowth_South East Queensland_314"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2679	"Swamp tea-tree forest regrowth_South East Queensland_314"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2680	"Swamp tea-tree forest regrowth_South East Queensland_314"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2681	"Swamp tea-tree forest regrowth_South East Queensland_314"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2682	"Swamp tea-tree forest regrowth_South East Queensland_314"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2683	"Swamp tea-tree forest regrowth_South East Queensland_314"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2684	"Swamp tea-tree forest regrowth_South East Queensland_315"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2685	"Swamp tea-tree forest regrowth_South East Queensland_315"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2686	"Swamp tea-tree forest regrowth_South East Queensland_315"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2687	"Swamp tea-tree forest regrowth_South East Queensland_315"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2688	"Swamp tea-tree forest regrowth_South East Queensland_315"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2689	"Swamp tea-tree forest regrowth_South East Queensland_316"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2690	"Clarence Wetlands_Northern Rivers_22273"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2690	"Swamp tea-tree forest regrowth_South East Queensland_316"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2691	"Clarence Wetlands_Northern Rivers_22274"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2691	"Swamp tea-tree forest regrowth_South East Queensland_316"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2692	"Clarence Wetlands_Northern Rivers_22275"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2692	"Swamp tea-tree forest regrowth_South East Queensland_316"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2693	"Clarence Wetlands_Northern Rivers_22276"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2693	"Swamp tea-tree forest regrowth_South East Queensland_316"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2694	"Swamp tea-tree forest regrowth_South East Queensland_317"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2695	"Swamp tea-tree forest regrowth_South East Queensland_317"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2696	"Swamp tea-tree forest regrowth_South East Queensland_317"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2697	"Swamp tea-tree forest regrowth_South East Queensland_317"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2698	"Swamp tea-tree forest regrowth_South East Queensland_317"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2699	"Swamp tea-tree forest regrowth_South East Queensland_318"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2700	"Swamp tea-tree forest regrowth_South East Queensland_318"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2701	"Swamp tea-tree forest regrowth_South East Queensland_318"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2702	"Swamp tea-tree forest regrowth_South East Queensland_318"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2703	"Swamp tea-tree forest regrowth_South East Queensland_318"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2704	"Swamp tea-tree forest regrowth_South East Queensland_319"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2705	"Swamp tea-tree forest regrowth_South East Queensland_319"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2706	"Swamp tea-tree forest regrowth_South East Queensland_319"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2707	"Clarence Wetlands_Northern Rivers_22291"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2707	"Swamp tea-tree forest regrowth_South East Queensland_319"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2708	"Swamp tea-tree forest regrowth_South East Queensland_319"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2709	"Swamp tea-tree forest regrowth_South East Queensland_320"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2710	"Swamp tea-tree forest regrowth_South East Queensland_320"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2711	"Swamp tea-tree forest regrowth_South East Queensland_320"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2712	"Swamp tea-tree forest regrowth_South East Queensland_320"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2713	"Swamp tea-tree forest regrowth_South East Queensland_320"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2714	"Clarence Wetlands_Northern Rivers_22298"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2714	"Swamp tea-tree forest regrowth_South East Queensland_321"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2715	"Clarence Wetlands_Northern Rivers_22299"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2715	"Swamp tea-tree forest regrowth_South East Queensland_321"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2716	"Swamp tea-tree forest regrowth_South East Queensland_321"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2717	"Swamp tea-tree forest regrowth_South East Queensland_321"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2718	"Swamp tea-tree forest regrowth_South East Queensland_321"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2719	"Swamp tea-tree forest regrowth_South East Queensland_321"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2720	"Swamp tea-tree forest regrowth_South East Queensland_321"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2721	"Swamp tea-tree forest regrowth_South East Queensland_321"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2722	"Swamp tea-tree forest regrowth_South East Queensland_321"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2723	"Swamp tea-tree forest regrowth_South East Queensland_321"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2724	"Swamp tea-tree forest regrowth_South East Queensland_321"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2725	"Clarence Wetlands_Northern Rivers_22309"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2725	"Swamp tea-tree forest regrowth_South East Queensland_322"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2726	"Clarence Wetlands_Northern Rivers_22310"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2726	"Swamp tea-tree forest regrowth_South East Queensland_322"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2727	"Clarence Wetlands_Northern Rivers_22311"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2727	"Swamp tea-tree forest regrowth_South East Queensland_322"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2728	"Swamp tea-tree forest regrowth_South East Queensland_322"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2729	"Swamp tea-tree forest regrowth_South East Queensland_322"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2730	"Swamp tea-tree forest regrowth_South East Queensland_322"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2731	"Swamp tea-tree forest regrowth_South East Queensland_322"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2732	"Swamp tea-tree forest regrowth_South East Queensland_322"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2733	"Swamp tea-tree forest regrowth_South East Queensland_322"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2734	"Swamp tea-tree forest regrowth_South East Queensland_322"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2735	"Swamp tea-tree forest regrowth_South East Queensland_322"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2736	"Swamp tea-tree forest regrowth_South East Queensland_323"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2737	"Swamp tea-tree forest regrowth_South East Queensland_323"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2738	"Swamp tea-tree forest regrowth_South East Queensland_323"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2739	"Swamp tea-tree forest regrowth_South East Queensland_323"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2740	"Swamp tea-tree forest regrowth_South East Queensland_323"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2741	"Swamp tea-tree forest regrowth_South East Queensland_323"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2742	"Swamp tea-tree forest regrowth_South East Queensland_323"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2743	"Swamp tea-tree forest regrowth_South East Queensland_323"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2744	"Clarence Wetlands_Northern Rivers_22328"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2744	"Swamp tea-tree forest regrowth_South East Queensland_323"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2745	"Swamp tea-tree forest regrowth_South East Queensland_323"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2746	"Clarence Wetlands_Northern Rivers_22330"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2746	"Swamp tea-tree forest regrowth_South East Queensland_323"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2747	"Clarence Wetlands_Northern Rivers_22331"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2747	"Swamp tea-tree forest regrowth_South East Queensland_324"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2748	"Clarence Wetlands_Northern Rivers_22332"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2748	"Swamp tea-tree forest regrowth_South East Queensland_324"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2749	"Clarence Wetlands_Northern Rivers_22333"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2749	"Swamp tea-tree forest regrowth_South East Queensland_324"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2750	"Swamp tea-tree forest regrowth_South East Queensland_324"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2751	"Clarence Wetlands_Northern Rivers_22335"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2751	"Swamp tea-tree forest regrowth_South East Queensland_324"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2752	"Clarence Wetlands_Northern Rivers_22336"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2752	"Swamp tea-tree forest regrowth_South East Queensland_325"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2753	"Clarence Wetlands_Northern Rivers_22337"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2753	"Swamp tea-tree forest regrowth_South East Queensland_325"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2754	"Clarence Wetlands_Northern Rivers_22338"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2754	"Swamp tea-tree forest regrowth_South East Queensland_325"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2755	"Clarence Wetlands_Northern Rivers_22339"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2755	"Swamp tea-tree forest regrowth_South East Queensland_325"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2756	"Clarence Wetlands_Northern Rivers_22340"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2756	"Swamp tea-tree forest regrowth_South East Queensland_325"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2757	"Clarence Wetlands_Northern Rivers_22341"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2757	"Swamp tea-tree forest regrowth_South East Queensland_325"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2758	"Swamp tea-tree forest regrowth_South East Queensland_325"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2759	"Swamp tea-tree forest regrowth_South East Queensland_325"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2760	"Swamp tea-tree forest regrowth_South East Queensland_325"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2761	"Swamp tea-tree forest regrowth_South East Queensland_325"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2762	"Swamp tea-tree forest regrowth_South East Queensland_325"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2763	"Clarence Wetlands_Northern Rivers_22347"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2763	"Swamp tea-tree forest regrowth_South East Queensland_326"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2764	"Clarence Wetlands_Northern Rivers_22348"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2764	"Swamp tea-tree forest regrowth_South East Queensland_326"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2765	"Swamp tea-tree forest regrowth_South East Queensland_326"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2766	"Swamp tea-tree forest regrowth_South East Queensland_326"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2767	"Swamp tea-tree forest regrowth_South East Queensland_326"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2768	"Swamp tea-tree forest regrowth_South East Queensland_326"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2769	"Swamp tea-tree forest regrowth_South East Queensland_326"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2770	"Swamp tea-tree forest regrowth_South East Queensland_326"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2771	"Swamp tea-tree forest regrowth_South East Queensland_326"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2772	"Swamp tea-tree forest regrowth_South East Queensland_326"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2773	"Swamp tea-tree forest regrowth_South East Queensland_326"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2774	"Swamp tea-tree forest regrowth_South East Queensland_327"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2775	"Clarence Wetlands_Northern Rivers_22361"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2775	"Swamp tea-tree forest regrowth_South East Queensland_327"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2776	"Swamp tea-tree forest regrowth_South East Queensland_327"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2777	"Swamp tea-tree forest regrowth_South East Queensland_327"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2778	"Clarence Wetlands_Northern Rivers_22364"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2778	"Swamp tea-tree forest regrowth_South East Queensland_327"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2779	"Swamp tea-tree forest regrowth_South East Queensland_328"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2780	"Swamp tea-tree forest regrowth_South East Queensland_328"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2781	"Swamp tea-tree forest regrowth_South East Queensland_328"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2782	"Swamp tea-tree forest regrowth_South East Queensland_328"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2783	"Swamp tea-tree forest regrowth_South East Queensland_328"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2784	"Swamp tea-tree forest regrowth_South East Queensland_329"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2785	"Swamp tea-tree forest regrowth_South East Queensland_329"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2786	"Swamp tea-tree forest regrowth_South East Queensland_329"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2787	"Swamp tea-tree forest regrowth_South East Queensland_329"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2788	"Swamp tea-tree forest regrowth_South East Queensland_329"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2789	"Swamp tea-tree forest regrowth_South East Queensland_330"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2790	"Swamp tea-tree forest regrowth_South East Queensland_330"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2791	"Swamp tea-tree forest regrowth_South East Queensland_330"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2792	"Swamp tea-tree forest regrowth_South East Queensland_330"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2793	"Swamp tea-tree forest regrowth_South East Queensland_330"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2794	"Swamp tea-tree forest regrowth_South East Queensland_331"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2795	"Swamp tea-tree forest regrowth_South East Queensland_331"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2796	"Swamp tea-tree forest regrowth_South East Queensland_331"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2797	"Swamp tea-tree forest regrowth_South East Queensland_331"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2798	"Swamp tea-tree forest regrowth_South East Queensland_331"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2799	"Swamp tea-tree forest regrowth_South East Queensland_332"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2800	"Swamp tea-tree forest regrowth_South East Queensland_332"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2801	"Swamp tea-tree forest regrowth_South East Queensland_332"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2802	"Swamp tea-tree forest regrowth_South East Queensland_332"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2803	"Swamp tea-tree forest regrowth_South East Queensland_332"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2804	"Swamp tea-tree forest regrowth_South East Queensland_333"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2805	"Swamp tea-tree forest regrowth_South East Queensland_333"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2806	"Swamp tea-tree forest regrowth_South East Queensland_333"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2807	"Swamp tea-tree forest regrowth_South East Queensland_333"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2808	"Swamp tea-tree forest regrowth_South East Queensland_333"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2809	"Swamp tea-tree forest regrowth_South East Queensland_333"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2810	"Swamp tea-tree forest regrowth_South East Queensland_333"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2811	"Swamp tea-tree forest regrowth_South East Queensland_333"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2812	"Swamp tea-tree forest regrowth_South East Queensland_333"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2813	"Swamp tea-tree forest regrowth_South East Queensland_333"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2814	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_334"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2815	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_334"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2816	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_334"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2817	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_334"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2818	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_334"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2819	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_334"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2820	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_334"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2820	"Clarence Wetlands_Northern Rivers_22410"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2821	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_334"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2822	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_334"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2823	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_334"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2824	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_334"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2825	"Swamp tea-tree forest regrowth_South East Queensland_335"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2826	"Swamp tea-tree forest regrowth_South East Queensland_335"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2827	"Swamp tea-tree forest regrowth_South East Queensland_335"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2828	"Swamp tea-tree forest regrowth_South East Queensland_335"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2829	"Swamp tea-tree forest regrowth_South East Queensland_335"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2830	"Swamp tea-tree forest regrowth_South East Queensland_335"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2831	"Swamp tea-tree forest regrowth_South East Queensland_335"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2832	"Swamp tea-tree forest regrowth_South East Queensland_335"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2833	"Swamp tea-tree forest regrowth_South East Queensland_335"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2834	"Swamp tea-tree forest regrowth_South East Queensland_335"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2835	"Swamp tea-tree forest regrowth_South East Queensland_335"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2836	"Swamp tea-tree forest regrowth_South East Queensland_336"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2837	"Swamp tea-tree forest regrowth_South East Queensland_336"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2838	"Swamp tea-tree forest regrowth_South East Queensland_336"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2839	"Swamp tea-tree forest regrowth_South East Queensland_336"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2840	"Swamp tea-tree forest regrowth_South East Queensland_336"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2841	"Swamp tea-tree forest regrowth_South East Queensland_337"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2842	"Swamp tea-tree forest regrowth_South East Queensland_337"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2843	"Clarence Wetlands_Northern Rivers_22436"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2843	"Swamp tea-tree forest regrowth_South East Queensland_337"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2844	"Clarence Wetlands_Northern Rivers_22437"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2844	"Swamp tea-tree forest regrowth_South East Queensland_337"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2845	"Swamp tea-tree forest regrowth_South East Queensland_337"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2846	"Clarence Wetlands_Northern Rivers_22439"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2846	"Swamp tea-tree forest regrowth_South East Queensland_337"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2847	"Clarence Wetlands_Northern Rivers_22440"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2847	"Swamp tea-tree forest regrowth_South East Queensland_337"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2848	"Swamp tea-tree forest regrowth_South East Queensland_337"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2849	"Swamp tea-tree forest regrowth_South East Queensland_337"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2850	"Clarence Wetlands_Northern Rivers_22443"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2850	"Swamp tea-tree forest regrowth_South East Queensland_337"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2851	"Swamp tea-tree forest regrowth_South East Queensland_338"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2852	"Swamp tea-tree forest regrowth_South East Queensland_338"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2853	"Swamp tea-tree forest regrowth_South East Queensland_338"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2854	"Swamp tea-tree forest regrowth_South East Queensland_338"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2855	"Clarence Wetlands_Northern Rivers_22448"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2855	"Swamp tea-tree forest regrowth_South East Queensland_338"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2856	"Clarence Wetlands_Northern Rivers_22449"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2856	"Swamp tea-tree forest regrowth_South East Queensland_338"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2857	"Clarence Wetlands_Northern Rivers_22450"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2857	"Swamp tea-tree forest regrowth_South East Queensland_338"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2858	"Swamp tea-tree forest regrowth_South East Queensland_338"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2859	"Swamp tea-tree forest regrowth_South East Queensland_338"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2860	"Clarence Wetlands_Northern Rivers_22453"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2860	"Swamp tea-tree forest regrowth_South East Queensland_338"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2861	"Swamp tea-tree forest regrowth_South East Queensland_339"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2862	"Swamp tea-tree forest regrowth_South East Queensland_339"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2863	"Swamp tea-tree forest regrowth_South East Queensland_339"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2864	"Swamp tea-tree forest regrowth_South East Queensland_339"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2865	"Clarence Wetlands_Northern Rivers_22458"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2865	"Swamp tea-tree forest regrowth_South East Queensland_339"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2866	"Swamp tea-tree forest regrowth_South East Queensland_340"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2867	"Swamp tea-tree forest regrowth_South East Queensland_340"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2868	"Swamp tea-tree forest regrowth_South East Queensland_340"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2869	"Clarence Wetlands_Northern Rivers_22462"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2869	"Swamp tea-tree forest regrowth_South East Queensland_340"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2870	"Swamp tea-tree forest regrowth_South East Queensland_340"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2871	"Clarence Wetlands_Northern Rivers_22464"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2871	"Swamp tea-tree forest regrowth_South East Queensland_341"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2872	"Clarence Wetlands_Northern Rivers_22465"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2872	"Swamp tea-tree forest regrowth_South East Queensland_341"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2873	"Clarence Wetlands_Northern Rivers_22466"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2873	"Swamp tea-tree forest regrowth_South East Queensland_341"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2874	"Swamp tea-tree forest regrowth_South East Queensland_341"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2875	"Clarence Wetlands_Northern Rivers_22468"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2875	"Swamp tea-tree forest regrowth_South East Queensland_341"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2876	"Swamp tea-tree forest regrowth_South East Queensland_342"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2877	"Swamp tea-tree forest regrowth_South East Queensland_342"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2878	"Swamp tea-tree forest regrowth_South East Queensland_342"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2879	"Swamp tea-tree forest regrowth_South East Queensland_342"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2880	"Clarence Wetlands_Northern Rivers_22473"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2880	"Swamp tea-tree forest regrowth_South East Queensland_342"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2881	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_343"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2882	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_343"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2883	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_343"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2884	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_343"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2885	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_343"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2886	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_343"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2887	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_343"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2888	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_343"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2889	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_343"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2890	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_343"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2891	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_343"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2892	"Swamp tea-tree forest regrowth_South East Queensland_344"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2893	"Swamp tea-tree forest regrowth_South East Queensland_344"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2894	"Swamp tea-tree forest regrowth_South East Queensland_344"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2895	"Swamp tea-tree forest regrowth_South East Queensland_344"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2896	"Swamp tea-tree forest regrowth_South East Queensland_344"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2897	"Swamp tea-tree forest regrowth_South East Queensland_344"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2898	"Swamp tea-tree forest regrowth_South East Queensland_344"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2899	"Swamp tea-tree forest regrowth_South East Queensland_344"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2900	"Swamp tea-tree forest regrowth_South East Queensland_344"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2901	"Swamp tea-tree forest regrowth_South East Queensland_344"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2902	"Swamp tea-tree forest regrowth_South East Queensland_344"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2903	"Swamp tea-tree forest regrowth_South East Queensland_345"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2904	"Swamp tea-tree forest regrowth_South East Queensland_345"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2905	"Swamp tea-tree forest regrowth_South East Queensland_345"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2906	"Swamp tea-tree forest regrowth_South East Queensland_345"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2907	"Swamp tea-tree forest regrowth_South East Queensland_345"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2908	"Swamp tea-tree forest regrowth_South East Queensland_345"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2909	"Swamp tea-tree forest regrowth_South East Queensland_345"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2910	"Swamp tea-tree forest regrowth_South East Queensland_345"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2911	"Swamp tea-tree forest regrowth_South East Queensland_345"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2912	"Swamp tea-tree forest regrowth_South East Queensland_345"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2913	"Swamp tea-tree forest regrowth_South East Queensland_346"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2914	"Clarence Wetlands_Northern Rivers_22507"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2914	"Swamp tea-tree forest regrowth_South East Queensland_346"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2915	"Swamp tea-tree forest regrowth_South East Queensland_346"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2916	"Swamp tea-tree forest regrowth_South East Queensland_346"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2917	"Swamp tea-tree forest regrowth_South East Queensland_346"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2918	"Swamp tea-tree forest regrowth_South East Queensland_347"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2919	"Swamp tea-tree forest regrowth_South East Queensland_347"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2920	"CLEARWATER CREEK_Northern Rivers_426"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2920	"Swamp tea-tree forest regrowth_South East Queensland_347"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2921	"CLEMENTS CREEK_Northern Rivers_97"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2921	"Swamp tea-tree forest regrowth_South East Queensland_347"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2922	"CLEVELAND CREEK_Northern Rivers_427"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2922	"Swamp tea-tree forest regrowth_South East Queensland_347"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2923	"Swamp tea-tree forest regrowth_South East Queensland_347"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2924	"Swamp tea-tree forest regrowth_South East Queensland_347"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2925	"Swamp tea-tree forest regrowth_South East Queensland_347"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2926	"Swamp tea-tree forest regrowth_South East Queensland_347"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2927	"Swamp tea-tree forest regrowth_South East Queensland_347"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2928	"COAL GULLY_Northern Rivers_431"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2928	"Swamp tea-tree forest regrowth_South East Queensland_348"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2929	"Coastal Wetlands - SEPP 14_Northern Rivers_22512"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2929	"Swamp tea-tree forest regrowth_South East Queensland_348"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2930	"Swamp tea-tree forest regrowth_South East Queensland_348"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2931	"Swamp tea-tree forest regrowth_South East Queensland_348"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2932	"Swamp tea-tree forest regrowth_South East Queensland_348"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2933	"Swamp tea-tree forest regrowth_South East Queensland_349"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2934	"Swamp tea-tree forest regrowth_South East Queensland_349"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2935	"Swamp tea-tree forest regrowth_South East Queensland_349"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2936	"Swamp tea-tree forest regrowth_South East Queensland_349"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2937	"Swamp tea-tree forest regrowth_South East Queensland_349"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2938	"Swamp tea-tree forest regrowth_South East Queensland_350"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2939	"Coastal Wetlands - SEPP 14_Northern Rivers_22523"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2939	"Swamp tea-tree forest regrowth_South East Queensland_350"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2940	"Swamp tea-tree forest regrowth_South East Queensland_350"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2941	"Swamp tea-tree forest regrowth_South East Queensland_350"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2942	"Coastal Wetlands - SEPP 14_Northern Rivers_22526"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2942	"Swamp tea-tree forest regrowth_South East Queensland_350"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2943	"Swamp tea-tree forest regrowth_South East Queensland_350"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2944	"Coastal Wetlands - SEPP 14_Northern Rivers_22528"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2944	"Swamp tea-tree forest regrowth_South East Queensland_350"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2945	"Coastal Wetlands - SEPP 14_Northern Rivers_22529"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2945	"Swamp tea-tree forest regrowth_South East Queensland_350"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2946	"Coastal Wetlands - SEPP 14_Northern Rivers_22530"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2946	"Swamp tea-tree forest regrowth_South East Queensland_350"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2947	"Swamp tea-tree forest regrowth_South East Queensland_350"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2948	"Swamp tea-tree forest regrowth_South East Queensland_351"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2949	"Swamp tea-tree forest regrowth_South East Queensland_351"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2950	"Coastal Wetlands - SEPP 14_Northern Rivers_22535"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2950	"Swamp tea-tree forest regrowth_South East Queensland_351"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2951	"Swamp tea-tree forest regrowth_South East Queensland_351"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2952	"Swamp tea-tree forest regrowth_South East Queensland_351"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2953	"Swamp tea-tree forest regrowth_South East Queensland_351"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2954	"Swamp tea-tree forest regrowth_South East Queensland_351"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2955	"Coastal Wetlands - SEPP 14_Northern Rivers_22540"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2955	"Swamp tea-tree forest regrowth_South East Queensland_351"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2956	"Coastal Wetlands - SEPP 14_Northern Rivers_22541"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2956	"Swamp tea-tree forest regrowth_South East Queensland_351"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2957	"Swamp tea-tree forest regrowth_South East Queensland_351"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2958	"Swamp tea-tree forest regrowth_South East Queensland_351"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2959	"Coastal Wetlands - SEPP 14_Northern Rivers_22544"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2959	"Swamp tea-tree forest regrowth_South East Queensland_352"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2960	"Swamp tea-tree forest regrowth_South East Queensland_352"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2961	"Coastal Wetlands - SEPP 14_Northern Rivers_22546"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2961	"Swamp tea-tree forest regrowth_South East Queensland_352"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2962	"Swamp tea-tree forest regrowth_South East Queensland_352"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2963	"Swamp tea-tree forest regrowth_South East Queensland_352"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2964	"Swamp tea-tree forest regrowth_South East Queensland_352"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2965	"Swamp tea-tree forest regrowth_South East Queensland_352"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2966	"Swamp tea-tree forest regrowth_South East Queensland_352"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2967	"Swamp tea-tree forest regrowth_South East Queensland_352"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2968	"Swamp tea-tree forest regrowth_South East Queensland_352"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2969	"Coastal Wetlands - SEPP 14_Northern Rivers_22555"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2969	"Swamp tea-tree forest regrowth_South East Queensland_352"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2970	"Swamp tea-tree forest regrowth_South East Queensland_353"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2971	"Coastal Wetlands - SEPP 14_Northern Rivers_22557"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2971	"Swamp tea-tree forest regrowth_South East Queensland_354"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2972	"Swamp tea-tree forest regrowth_South East Queensland_354"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2973	"Swamp tea-tree forest regrowth_South East Queensland_354"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2974	"Swamp tea-tree forest regrowth_South East Queensland_354"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2975	"Coastal Wetlands - SEPP 14_Northern Rivers_22561"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2975	"Swamp tea-tree forest regrowth_South East Queensland_354"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2976	"Coastal Wetlands - SEPP 14_Northern Rivers_22563"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2976	"Swamp tea-tree forest regrowth_South East Queensland_355"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2977	"Swamp tea-tree forest regrowth_South East Queensland_355"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2978	"Coastal Wetlands - SEPP 14_Northern Rivers_22565"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2978	"Swamp tea-tree forest regrowth_South East Queensland_355"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2979	"Coastal Wetlands - SEPP 14_Northern Rivers_22566"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2979	"Swamp tea-tree forest regrowth_South East Queensland_355"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2980	"Swamp tea-tree forest regrowth_South East Queensland_355"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2981	"Swamp tea-tree forest regrowth_South East Queensland_355"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2982	"Coastal Wetlands - SEPP 14_Northern Rivers_22570"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2982	"Swamp tea-tree forest regrowth_South East Queensland_355"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2983	"Coastal Wetlands - SEPP 14_Northern Rivers_22572"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2983	"Swamp tea-tree forest regrowth_South East Queensland_355"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2984	"Swamp tea-tree forest regrowth_South East Queensland_355"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2985	"Swamp tea-tree forest regrowth_South East Queensland_355"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2986	"Swamp tea-tree forest regrowth_South East Queensland_356"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
2987	"Swamp tea-tree forest regrowth_South East Queensland_356"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
2988	"Coastal Wetlands - SEPP 14_Northern Rivers_22577"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2988	"Swamp tea-tree forest regrowth_South East Queensland_356"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2989	"Swamp tea-tree forest regrowth_South East Queensland_356"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2990	"Coastal Wetlands - SEPP 14_Northern Rivers_22579"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2990	"Swamp tea-tree forest regrowth_South East Queensland_356"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2991	"Swamp tea-tree forest regrowth_South East Queensland_356"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2992	"Swamp tea-tree forest regrowth_South East Queensland_356"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2993	"Swamp tea-tree forest regrowth_South East Queensland_356"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2994	"Swamp tea-tree forest regrowth_South East Queensland_356"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
2995	"Coastal Wetlands - SEPP 14_Northern Rivers_22584"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2995	"Swamp tea-tree forest regrowth_South East Queensland_356"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2996	"Coastal Wetlands - SEPP 14_Northern Rivers_22585"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
2996	"Swamp tea-tree forest regrowth_South East Queensland_356"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
2997	"Swamp tea-tree forest regrowth_South East Queensland_357"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
2998	"Swamp tea-tree forest regrowth_South East Queensland_357"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
2999	"Swamp tea-tree forest regrowth_South East Queensland_357"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3000	"Swamp tea-tree forest regrowth_South East Queensland_357"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3001	"Swamp tea-tree forest regrowth_South East Queensland_357"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3002	"Swamp tea-tree forest regrowth_South East Queensland_358"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3003	"Swamp tea-tree forest regrowth_South East Queensland_358"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3004	"Swamp tea-tree forest regrowth_South East Queensland_358"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3005	"Swamp tea-tree forest regrowth_South East Queensland_358"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3006	"Coastal Wetlands - SEPP 14_Northern Rivers_22597"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3006	"Swamp tea-tree forest regrowth_South East Queensland_358"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3007	"Swamp tea-tree forest regrowth_South East Queensland_359"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3008	"Coastal Wetlands - SEPP 14_Northern Rivers_22600"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3008	"Swamp tea-tree forest regrowth_South East Queensland_359"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3009	"Swamp tea-tree forest regrowth_South East Queensland_359"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3010	"Coastal Wetlands - SEPP 14_Northern Rivers_22602"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3010	"Swamp tea-tree forest regrowth_South East Queensland_359"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3011	"Coastal Wetlands - SEPP 14_Northern Rivers_22603"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3011	"Swamp tea-tree forest regrowth_South East Queensland_359"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3012	"Swamp tea-tree forest regrowth_South East Queensland_359"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3013	"Swamp tea-tree forest regrowth_South East Queensland_359"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3014	"Coastal Wetlands - SEPP 14_Northern Rivers_22606"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3014	"Swamp tea-tree forest regrowth_South East Queensland_359"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3015	"Coastal Wetlands - SEPP 14_Northern Rivers_22608"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3015	"Swamp tea-tree forest regrowth_South East Queensland_359"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3016	"Coastal Wetlands - SEPP 14_Northern Rivers_22610"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3016	"Swamp tea-tree forest regrowth_South East Queensland_359"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3017	"Coastal Wetlands - SEPP 14_Northern Rivers_22611"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3017	"Swamp tea-tree forest regrowth_South East Queensland_359"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3018	"Swamp tea-tree forest regrowth_South East Queensland_360"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3019	"Coastal Wetlands - SEPP 14_Northern Rivers_22613"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3019	"Swamp tea-tree forest regrowth_South East Queensland_360"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3020	"Coastal Wetlands - SEPP 14_Northern Rivers_22614"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3020	"Swamp tea-tree forest regrowth_South East Queensland_360"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3021	"Swamp tea-tree forest regrowth_South East Queensland_360"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3022	"Swamp tea-tree forest regrowth_South East Queensland_360"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3023	"Coastal Wetlands - SEPP 14_Northern Rivers_22617"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3023	"Swamp tea-tree forest regrowth_South East Queensland_361"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3024	"Swamp tea-tree forest regrowth_South East Queensland_361"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3025	"Coastal Wetlands - SEPP 14_Northern Rivers_22619"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3025	"Swamp tea-tree forest regrowth_South East Queensland_361"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3026	"Coastal Wetlands - SEPP 14_Northern Rivers_22620"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3026	"Swamp tea-tree forest regrowth_South East Queensland_361"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3027	"Swamp tea-tree forest regrowth_South East Queensland_361"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3028	"Swamp tea-tree forest regrowth_South East Queensland_361"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3029	"Swamp tea-tree forest regrowth_South East Queensland_361"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3030	"Coastal Wetlands - SEPP 14_Northern Rivers_22626"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3030	"Swamp tea-tree forest regrowth_South East Queensland_361"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3031	"Coastal Wetlands - SEPP 14_Northern Rivers_22627"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3031	"Swamp tea-tree forest regrowth_South East Queensland_361"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3032	"Swamp tea-tree forest regrowth_South East Queensland_361"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3033	"Swamp tea-tree forest regrowth_South East Queensland_362"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3034	"Coastal Wetlands - SEPP 14_Northern Rivers_22630"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3034	"Swamp tea-tree forest regrowth_South East Queensland_362"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3035	"Swamp tea-tree forest regrowth_South East Queensland_362"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3036	"Swamp tea-tree forest regrowth_South East Queensland_362"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3037	"Swamp tea-tree forest regrowth_South East Queensland_362"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3038	"Swamp tea-tree forest regrowth_South East Queensland_363"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3039	"Coastal Wetlands - SEPP 14_Northern Rivers_22635"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3039	"Swamp tea-tree forest regrowth_South East Queensland_363"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3040	"Swamp tea-tree forest regrowth_South East Queensland_363"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3041	"Swamp tea-tree forest regrowth_South East Queensland_363"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3042	"Coastal Wetlands - SEPP 14_Northern Rivers_22638"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3042	"Swamp tea-tree forest regrowth_South East Queensland_363"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3043	"Coastal Wetlands - SEPP 14_Northern Rivers_22639"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3043	"Swamp tea-tree forest regrowth_South East Queensland_364"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3044	"Swamp tea-tree forest regrowth_South East Queensland_364"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3045	"Coastal Wetlands - SEPP 14_Northern Rivers_22641"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3045	"Swamp tea-tree forest regrowth_South East Queensland_364"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3046	"Swamp tea-tree forest regrowth_South East Queensland_364"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3047	"Swamp tea-tree forest regrowth_South East Queensland_364"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3048	"Swamp tea-tree forest regrowth_South East Queensland_364"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3049	"Coastal Wetlands - SEPP 14_Northern Rivers_22645"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3049	"Swamp tea-tree forest regrowth_South East Queensland_364"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3050	"Swamp tea-tree forest regrowth_South East Queensland_364"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3051	"Coastal Wetlands - SEPP 14_Northern Rivers_22650"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3051	"Swamp tea-tree forest regrowth_South East Queensland_364"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3052	"Swamp tea-tree forest regrowth_South East Queensland_364"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3053	"Swamp tea-tree forest regrowth_South East Queensland_365"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3054	"Swamp tea-tree forest regrowth_South East Queensland_365"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3055	"Swamp tea-tree forest regrowth_South East Queensland_365"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3056	"Swamp tea-tree forest regrowth_South East Queensland_365"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3057	"Swamp tea-tree forest regrowth_South East Queensland_365"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3058	"Swamp tea-tree forest regrowth_South East Queensland_365"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3059	"Swamp tea-tree forest regrowth_South East Queensland_365"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3060	"Swamp tea-tree forest regrowth_South East Queensland_365"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3061	"Coastal Wetlands - SEPP 14_Northern Rivers_22661"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3061	"Swamp tea-tree forest regrowth_South East Queensland_365"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3062	"Swamp tea-tree forest regrowth_South East Queensland_365"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3063	"Swamp tea-tree forest regrowth_South East Queensland_365"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3064	"Swamp tea-tree forest regrowth_South East Queensland_366"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3065	"Swamp tea-tree forest regrowth_South East Queensland_366"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3066	"Swamp tea-tree forest regrowth_South East Queensland_366"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3067	"Coastal Wetlands - SEPP 14_Northern Rivers_22669"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3067	"Swamp tea-tree forest regrowth_South East Queensland_366"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3068	"Swamp tea-tree forest regrowth_South East Queensland_366"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3069	"Swamp tea-tree forest regrowth_South East Queensland_367"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3070	"Swamp tea-tree forest regrowth_South East Queensland_367"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3071	"Swamp tea-tree forest regrowth_South East Queensland_367"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3072	"Swamp tea-tree forest regrowth_South East Queensland_367"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3073	"Swamp tea-tree forest regrowth_South East Queensland_367"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3074	"Coastal Wetlands - SEPP 14_Northern Rivers_22677"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3074	"Swamp tea-tree forest regrowth_South East Queensland_368"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3075	"Swamp tea-tree forest regrowth_South East Queensland_369"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3076	"Swamp tea-tree forest regrowth_South East Queensland_369"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3077	"Swamp tea-tree forest regrowth_South East Queensland_369"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3078	"Swamp tea-tree forest regrowth_South East Queensland_369"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3079	"Swamp tea-tree forest regrowth_South East Queensland_369"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3080	"Coastal Wetlands - SEPP 14_Northern Rivers_22684"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3080	"Swamp tea-tree forest regrowth_South East Queensland_369"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3081	"Swamp tea-tree forest regrowth_South East Queensland_369"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3082	"Swamp tea-tree forest regrowth_South East Queensland_369"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3083	"Swamp tea-tree forest regrowth_South East Queensland_369"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3084	"Coastal Wetlands - SEPP 14_Northern Rivers_22690"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3084	"Swamp tea-tree forest regrowth_South East Queensland_369"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3085	"Swamp tea-tree forest regrowth_South East Queensland_370"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3086	"Coastal Wetlands - SEPP 14_Northern Rivers_22693"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3086	"Swamp tea-tree forest regrowth_South East Queensland_370"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3087	"Swamp tea-tree forest regrowth_South East Queensland_370"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3088	"Coastal Wetlands - SEPP 14_Northern Rivers_22695"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3088	"Swamp tea-tree forest regrowth_South East Queensland_370"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3089	"Swamp tea-tree forest regrowth_South East Queensland_370"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3090	"Coastal Wetlands - SEPP 14_Northern Rivers_22697"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3090	"Swamp tea-tree forest regrowth_South East Queensland_370"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3091	"Coastal Wetlands - SEPP 14_Northern Rivers_22698"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3091	"Swamp tea-tree forest regrowth_South East Queensland_370"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3092	"Swamp tea-tree forest regrowth_South East Queensland_370"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3093	"Coastal Wetlands - SEPP 14_Northern Rivers_22700"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3093	"Swamp tea-tree forest regrowth_South East Queensland_370"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3094	"Coastal Wetlands - SEPP 14_Northern Rivers_22701"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3094	"Swamp tea-tree forest regrowth_South East Queensland_370"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3095	"Swamp tea-tree forest regrowth_South East Queensland_370"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3096	"Coastal Wetlands - SEPP 14_Northern Rivers_22703"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3096	"Swamp tea-tree forest regrowth_South East Queensland_371"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3097	"Swamp tea-tree forest regrowth_South East Queensland_371"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3098	"Swamp tea-tree forest regrowth_South East Queensland_371"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3099	"Swamp tea-tree forest regrowth_South East Queensland_371"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3100	"Coastal Wetlands - SEPP 14_Northern Rivers_22708"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3100	"Swamp tea-tree forest regrowth_South East Queensland_371"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3101	"Coastal Wetlands - SEPP 14_Northern Rivers_22709"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3101	"Swamp tea-tree forest regrowth_South East Queensland_372"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3102	"Swamp tea-tree forest regrowth_South East Queensland_372"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3103	"Swamp tea-tree forest regrowth_South East Queensland_372"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3104	"Swamp tea-tree forest regrowth_South East Queensland_372"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3105	"Coastal Wetlands - SEPP 14_Northern Rivers_22714"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3105	"Swamp tea-tree forest regrowth_South East Queensland_372"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3106	"Coastal Wetlands - SEPP 14_Northern Rivers_22715"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3106	"Swamp tea-tree forest regrowth_South East Queensland_373"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3107	"Swamp tea-tree forest regrowth_South East Queensland_373"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3108	"Swamp tea-tree forest regrowth_South East Queensland_373"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3109	"Swamp tea-tree forest regrowth_South East Queensland_373"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3110	"Swamp tea-tree forest regrowth_South East Queensland_373"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3111	"Swamp tea-tree forest regrowth_South East Queensland_373"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3112	"Swamp tea-tree forest regrowth_South East Queensland_373"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3113	"Coastal Wetlands - SEPP 14_Northern Rivers_22723"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3113	"Swamp tea-tree forest regrowth_South East Queensland_373"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3114	"Swamp tea-tree forest regrowth_South East Queensland_373"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3115	"Coastal Wetlands - SEPP 14_Northern Rivers_22725"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3115	"Swamp tea-tree forest regrowth_South East Queensland_373"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3116	"Swamp tea-tree forest regrowth_South East Queensland_374"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3117	"Swamp tea-tree forest regrowth_South East Queensland_374"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3118	"Swamp tea-tree forest regrowth_South East Queensland_374"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3119	"Coastal Wetlands - SEPP 14_Northern Rivers_22729"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3119	"Swamp tea-tree forest regrowth_South East Queensland_374"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3120	"Swamp tea-tree forest regrowth_South East Queensland_374"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3121	"Swamp tea-tree forest regrowth_South East Queensland_374"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3122	"Swamp tea-tree forest regrowth_South East Queensland_374"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3123	"Coastal Wetlands - SEPP 14_Northern Rivers_22734"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3123	"Swamp tea-tree forest regrowth_South East Queensland_374"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3124	"Coastal Wetlands - SEPP 14_Northern Rivers_22735"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3124	"Swamp tea-tree forest regrowth_South East Queensland_374"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3125	"Swamp tea-tree forest regrowth_South East Queensland_374"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3126	"Coastal Wetlands - SEPP 14_Northern Rivers_22737"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3126	"Swamp tea-tree forest regrowth_South East Queensland_374"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3127	"Swamp tea-tree forest regrowth_South East Queensland_375"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3128	"Coastal Wetlands - SEPP 14_Northern Rivers_22739"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3128	"Swamp tea-tree forest regrowth_South East Queensland_375"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3129	"Swamp tea-tree forest regrowth_South East Queensland_375"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3130	"Swamp tea-tree forest regrowth_South East Queensland_375"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3131	"Coastal Wetlands - SEPP 14_Northern Rivers_22743"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3131	"Swamp tea-tree forest regrowth_South East Queensland_375"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3132	"Swamp tea-tree forest regrowth_South East Queensland_375"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3133	"Swamp tea-tree forest regrowth_South East Queensland_375"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3134	"Swamp tea-tree forest regrowth_South East Queensland_375"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3135	"Swamp tea-tree forest regrowth_South East Queensland_375"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3136	"Swamp tea-tree forest regrowth_South East Queensland_375"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3137	"Coastal Wetlands - SEPP 14_Northern Rivers_22750"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3137	"Swamp tea-tree forest regrowth_South East Queensland_375"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3138	"Coastal Wetlands - SEPP 14_Northern Rivers_22751"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3138	"Swamp tea-tree forest regrowth_South East Queensland_376"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3139	"Swamp tea-tree forest regrowth_South East Queensland_376"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3140	"Swamp tea-tree forest regrowth_South East Queensland_376"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3141	"Swamp tea-tree forest regrowth_South East Queensland_376"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3142	"Coastal Wetlands - SEPP 14_Northern Rivers_22757"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3142	"Swamp tea-tree forest regrowth_South East Queensland_376"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3143	"Swamp tea-tree forest regrowth_South East Queensland_377"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3144	"Swamp tea-tree forest regrowth_South East Queensland_377"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3145	"Swamp tea-tree forest regrowth_South East Queensland_377"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3146	"Coastal Wetlands - SEPP 14_Northern Rivers_22762"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3146	"Swamp tea-tree forest regrowth_South East Queensland_377"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3147	"Swamp tea-tree forest regrowth_South East Queensland_377"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3148	"Coastal Wetlands - SEPP 14_Northern Rivers_22764"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3148	"Swamp tea-tree forest regrowth_South East Queensland_377"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3149	"Swamp tea-tree forest regrowth_South East Queensland_377"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3150	"Swamp tea-tree forest regrowth_South East Queensland_377"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3151	"Swamp tea-tree forest regrowth_South East Queensland_377"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3152	"Coastal Wetlands - SEPP 14_Northern Rivers_22768"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3152	"Swamp tea-tree forest regrowth_South East Queensland_377"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3153	"Coastal Wetlands - SEPP 14_Northern Rivers_22769"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3153	"Swamp tea-tree forest regrowth_South East Queensland_378"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3154	"Coastal Wetlands - SEPP 14_Northern Rivers_22770"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3154	"Swamp tea-tree forest regrowth_South East Queensland_378"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3155	"Swamp tea-tree forest regrowth_South East Queensland_378"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3156	"Swamp tea-tree forest regrowth_South East Queensland_378"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3157	"Coastal Wetlands - SEPP 14_Northern Rivers_22773"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3157	"Swamp tea-tree forest regrowth_South East Queensland_378"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3158	"Swamp tea-tree forest regrowth_South East Queensland_378"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3159	"Swamp tea-tree forest regrowth_South East Queensland_378"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3160	"Swamp tea-tree forest regrowth_South East Queensland_378"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3161	"Coastal Wetlands - SEPP 14_Northern Rivers_22777"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3161	"Swamp tea-tree forest regrowth_South East Queensland_378"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3162	"Swamp tea-tree forest regrowth_South East Queensland_378"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3163	"Swamp tea-tree forest regrowth_South East Queensland_378"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3164	"Swamp tea-tree forest regrowth_South East Queensland_379"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3165	"Swamp tea-tree forest regrowth_South East Queensland_379"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3166	"Swamp tea-tree forest regrowth_South East Queensland_379"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3167	"Coastal Wetlands - SEPP 14_Northern Rivers_22783"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3167	"Swamp tea-tree forest regrowth_South East Queensland_379"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3168	"Swamp tea-tree forest regrowth_South East Queensland_379"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3169	"Swamp tea-tree forest regrowth_South East Queensland_379"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3170	"Coastal Wetlands - SEPP 14_Northern Rivers_22787"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3170	"Swamp tea-tree forest regrowth_South East Queensland_379"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3171	"Swamp tea-tree forest regrowth_South East Queensland_379"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3172	"Coastal Wetlands - SEPP 14_Northern Rivers_22789"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3172	"Swamp tea-tree forest regrowth_South East Queensland_379"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3173	"Coastal Wetlands - SEPP 14_Northern Rivers_22790"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3173	"Swamp tea-tree forest regrowth_South East Queensland_379"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3174	"Coastal Wetlands - SEPP 14_Northern Rivers_22791"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3174	"Swamp tea-tree forest regrowth_South East Queensland_379"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3175	"Coastal Wetlands - SEPP 14_Northern Rivers_22792"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3175	"Swamp tea-tree forest regrowth_South East Queensland_380"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3176	"Coastal Wetlands - SEPP 14_Northern Rivers_22793"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3176	"Swamp tea-tree forest regrowth_South East Queensland_380"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3177	"Coastal Wetlands - SEPP 14_Northern Rivers_22794"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3177	"Swamp tea-tree forest regrowth_South East Queensland_380"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3178	"Swamp tea-tree forest regrowth_South East Queensland_380"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3179	"Swamp tea-tree forest regrowth_South East Queensland_380"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3180	"Swamp tea-tree forest regrowth_South East Queensland_380"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3181	"Swamp tea-tree forest regrowth_South East Queensland_380"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3182	"Swamp tea-tree forest regrowth_South East Queensland_380"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3183	"Swamp tea-tree forest regrowth_South East Queensland_380"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3184	"Coastal Wetlands - SEPP 14_Northern Rivers_22805"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3184	"Swamp tea-tree forest regrowth_South East Queensland_380"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3185	"Coastal Wetlands - SEPP 14_Northern Rivers_22806"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3185	"Swamp tea-tree forest regrowth_South East Queensland_380"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3186	"Swamp tea-tree forest regrowth_South East Queensland_381"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3187	"Coastal Wetlands - SEPP 14_Northern Rivers_22809"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3187	"Swamp tea-tree forest regrowth_South East Queensland_381"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3188	"Swamp tea-tree forest regrowth_South East Queensland_381"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3189	"Swamp tea-tree forest regrowth_South East Queensland_381"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3190	"Swamp tea-tree forest regrowth_South East Queensland_381"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3191	"Swamp tea-tree forest regrowth_South East Queensland_381"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3192	"Coastal Wetlands - SEPP 14_Northern Rivers_22814"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3192	"Swamp tea-tree forest regrowth_South East Queensland_381"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3193	"Coastal Wetlands - SEPP 14_Northern Rivers_22815"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3193	"Swamp tea-tree forest regrowth_South East Queensland_381"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3194	"Swamp tea-tree forest regrowth_South East Queensland_381"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3195	"Swamp tea-tree forest regrowth_South East Queensland_381"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3196	"Coastal Wetlands - SEPP 14_Northern Rivers_22818"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3196	"Swamp tea-tree forest regrowth_South East Queensland_381"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3197	"Swamp tea-tree forest regrowth_South East Queensland_382"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3198	"Coastal Wetlands - SEPP 14_Northern Rivers_22820"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3198	"Swamp tea-tree forest regrowth_South East Queensland_382"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3199	"Coastal Wetlands - SEPP 14_Northern Rivers_22821"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3199	"Swamp tea-tree forest regrowth_South East Queensland_382"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3200	"Swamp tea-tree forest regrowth_South East Queensland_382"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3201	"Coastal Wetlands - SEPP 14_Northern Rivers_22823"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3201	"Swamp tea-tree forest regrowth_South East Queensland_382"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3202	"Swamp tea-tree forest regrowth_South East Queensland_382"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3203	"Swamp tea-tree forest regrowth_South East Queensland_382"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3204	"Swamp tea-tree forest regrowth_South East Queensland_382"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3205	"Swamp tea-tree forest regrowth_South East Queensland_382"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3206	"Coastal Wetlands - SEPP 14_Northern Rivers_22828"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3206	"Swamp tea-tree forest regrowth_South East Queensland_382"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3207	"Swamp tea-tree forest regrowth_South East Queensland_382"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3208	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_383"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3209	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_383"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3210	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_383"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3211	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_383"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3212	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_383"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3213	"Swamp tea-tree forest regrowth_South East Queensland_384"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3214	"Swamp tea-tree forest regrowth_South East Queensland_384"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3215	"Coastal Wetlands - SEPP 14_Northern Rivers_22837"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3215	"Swamp tea-tree forest regrowth_South East Queensland_384"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3216	"Coastal Wetlands - SEPP 14_Northern Rivers_22840"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3216	"Swamp tea-tree forest regrowth_South East Queensland_384"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3217	"Swamp tea-tree forest regrowth_South East Queensland_384"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3218	"Swamp tea-tree forest regrowth_South East Queensland_384"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3219	"Coastal Wetlands - SEPP 14_Northern Rivers_22843"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3219	"Swamp tea-tree forest regrowth_South East Queensland_384"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3220	"Swamp tea-tree forest regrowth_South East Queensland_384"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3221	"Swamp tea-tree forest regrowth_South East Queensland_384"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3222	"Swamp tea-tree forest regrowth_South East Queensland_384"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3223	"Swamp tea-tree forest regrowth_South East Queensland_384"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3224	"Swamp tea-tree forest regrowth_South East Queensland_385"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3225	"Coastal Wetlands - SEPP 14_Northern Rivers_22849"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3225	"Swamp tea-tree forest regrowth_South East Queensland_385"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3226	"Swamp tea-tree forest regrowth_South East Queensland_385"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3227	"Coastal Wetlands - SEPP 14_Northern Rivers_22851"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3227	"Swamp tea-tree forest regrowth_South East Queensland_385"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3228	"Swamp tea-tree forest regrowth_South East Queensland_385"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3229	"Swamp tea-tree forest regrowth_South East Queensland_385"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3230	"Swamp tea-tree forest regrowth_South East Queensland_385"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3231	"Swamp tea-tree forest regrowth_South East Queensland_385"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3232	"COB O'CORN CREEK_Northern Rivers_1604"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3232	"Swamp tea-tree forest regrowth_South East Queensland_385"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3233	"COB O'CORN CREEK_Northern Rivers_817"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3233	"Swamp tea-tree forest regrowth_South East Queensland_385"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3234	"COB O'CORN CREEK_Northern Rivers_818"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3234	"Swamp tea-tree forest regrowth_South East Queensland_385"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3235	"COLDSTREAM RIVER_Northern Rivers_1612"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3235	"Swamp tea-tree forest regrowth_South East Queensland_386"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3236	"COLDSTREAM RIVER_Northern Rivers_1676"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3236	"Swamp tea-tree forest regrowth_South East Queensland_386"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3237	"COLDSTREAM RIVER_Northern Rivers_841"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3237	"Swamp tea-tree forest regrowth_South East Queensland_386"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3238	"Swamp tea-tree forest regrowth_South East Queensland_386"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3239	"Swamp tea-tree forest regrowth_South East Queensland_386"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3240	"Swamp tea-tree forest regrowth_South East Queensland_387"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3241	"Swamp tea-tree forest regrowth_South East Queensland_387"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3242	"COLLINS CREEK_Northern Rivers_100"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3242	"Swamp tea-tree forest regrowth_South East Queensland_387"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3243	"COLLINS CREEK_Northern Rivers_101"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3243	"Swamp tea-tree forest regrowth_South East Queensland_387"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3244	"COLLINS CREEK_Northern Rivers_907"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3244	"Swamp tea-tree forest regrowth_South East Queensland_387"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3245	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_388"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3246	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_388"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3246	"COMMISSIONERS CREEK_Northern Rivers_102"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3247	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_388"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3247	"CONROY CREEK_Northern Rivers_1430"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3248	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_388"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3248	"COOKSONS GULLY_Northern Rivers_423"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3249	"Blackwood Reserve - Swamp tea-tree forest regrowth_South East Queensland_388"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3249	"COOLA GULLY_Northern Rivers_1364"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3250	"Swamp tea-tree forest regrowth_South East Queensland_389"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3251	"COONOOM CREEK_Northern Rivers_403"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3251	"Swamp tea-tree forest regrowth_South East Queensland_389"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3252	"Swamp tea-tree forest regrowth_South East Queensland_389"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3253	"COOPERS CREEK_Northern Rivers_1249"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3253	"Swamp tea-tree forest regrowth_South East Queensland_389"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3254	"COOPERS CREEK_Northern Rivers_1393"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3254	"Swamp tea-tree forest regrowth_South East Queensland_389"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3255	"COOPERS CREEK_Northern Rivers_1548"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3255	"Swamp tea-tree forest regrowth_South East Queensland_389"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3256	"COOPERS CREEK_Northern Rivers_746"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3256	"Swamp tea-tree forest regrowth_South East Queensland_389"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3257	"COOPERS GULLY_Northern Rivers_71"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3257	"Swamp tea-tree forest regrowth_South East Queensland_389"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3258	"COORABELL CREEK_Northern Rivers_589"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3258	"Swamp tea-tree forest regrowth_South East Queensland_389"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3259	"Swamp tea-tree forest regrowth_South East Queensland_389"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3260	"CORINDI RIVER ESTUARY_Northern Rivers_1747"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3260	"Swamp tea-tree forest regrowth_South East Queensland_389"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3261	"CORINDI RIVER_Northern Rivers_1561"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3261	"Swamp tea-tree forest regrowth_South East Queensland_390"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3262	"CORINDI RIVER_Northern Rivers_1647"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3262	"Swamp tea-tree forest regrowth_South East Queensland_390"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3263	"CORKSCREW CREEK_Northern Rivers_1103"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3263	"Swamp tea-tree forest regrowth_South East Queensland_390"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3264	"CORMICKS CREEK_Northern Rivers_642"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3264	"Swamp tea-tree forest regrowth_South East Queensland_390"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3265	"CORNELIAN CREEK_Northern Rivers_1247"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3265	"Swamp tea-tree forest regrowth_South East Queensland_390"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3266	"Swamp tea-tree forest regrowth_South East Queensland_390"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3267	"Swamp tea-tree forest regrowth_South East Queensland_390"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3268	"COWANS CREEK_Northern Rivers_103"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3268	"Swamp tea-tree forest regrowth_South East Queensland_390"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3269	"COWANS CREEK_Northern Rivers_87"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3269	"Swamp tea-tree forest regrowth_South East Queensland_390"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3270	"Swamp tea-tree forest regrowth_South East Queensland_390"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3271	"Cowans Pond_Northern Rivers_2333"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3271	"Swamp tea-tree forest regrowth_South East Queensland_390"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3272	"COXS CREEK_Northern Rivers_93"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3272	"Swamp tea-tree forest regrowth_South East Queensland_391"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3273	"Swamp tea-tree forest regrowth_South East Queensland_391"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3274	"CROCKERS WATERHOLES_Northern Rivers_1108"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3274	"Swamp tea-tree forest regrowth_South East Queensland_391"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3275	"Swamp tea-tree forest regrowth_South East Queensland_391"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3276	"CROOKED CREEK_Northern Rivers_143"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3276	"Swamp tea-tree forest regrowth_South East Queensland_391"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3277	"Swamp tea-tree forest regrowth_South East Queensland_391"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3278	"CROOKED CREEK_Northern Rivers_915"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3278	"Swamp tea-tree forest regrowth_South East Queensland_391"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3279	"CROWLEYS CREEK_Northern Rivers_1104"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3279	"Swamp tea-tree forest regrowth_South East Queensland_391"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3280	"Swamp tea-tree forest regrowth_South East Queensland_391"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3281	"CRYSTAL CREEK_Northern Rivers_131"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3281	"Swamp tea-tree forest regrowth_South East Queensland_391"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3282	"Swamp tea-tree forest regrowth_South East Queensland_391"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3283	"CRYSTAL CREEK_Northern Rivers_911"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3283	"Swamp tea-tree forest regrowth_South East Queensland_392"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3284	"Swamp tea-tree forest regrowth_South East Queensland_392"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3285	"CRYSTAL GULLY_Northern Rivers_437"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3285	"Swamp tea-tree forest regrowth_South East Queensland_392"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3286	"CUDGERIE GULLY_Northern Rivers_1286"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3286	"Swamp tea-tree forest regrowth_South East Queensland_392"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3287	"Swamp tea-tree forest regrowth_South East Queensland_392"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3288	"CULLENS CREEK_Northern Rivers_1437"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3288	"Swamp tea-tree forest regrowth_South East Queensland_392"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3289	"Swamp tea-tree forest regrowth_South East Queensland_392"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3290	"CULLENS CREEK_Northern Rivers_773"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3290	"Swamp tea-tree forest regrowth_South East Queensland_392"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3291	"CULMARAN CREEK_Northern Rivers_1123"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3291	"Swamp tea-tree forest regrowth_South East Queensland_392"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3292	"CULMARAN CREEK_Northern Rivers_1366"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3292	"Swamp tea-tree forest regrowth_South East Queensland_392"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3293	"Swamp tea-tree forest regrowth_South East Queensland_392"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3294	"Swamp tea-tree forest regrowth_South East Queensland_393"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3295	"Swamp tea-tree forest regrowth_South East Queensland_393"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3296	"DALTONS CREEK_Northern Rivers_1112"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3296	"Swamp tea-tree forest regrowth_South East Queensland_393"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3297	"Swamp tea-tree forest regrowth_South East Queensland_393"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3298	"DANS CREEK_Northern Rivers_1234"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3298	"Swamp tea-tree forest regrowth_South East Queensland_393"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3299	"Swamp tea-tree forest regrowth_South East Queensland_393"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3300	"Swamp tea-tree forest regrowth_South East Queensland_393"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3301	"Swamp tea-tree forest regrowth_South East Queensland_393"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3302	"Swamp tea-tree forest regrowth_South East Queensland_393"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3303	"Swamp tea-tree forest regrowth_South East Queensland_393"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3304	"DEAD HORSE GULLY_Northern Rivers_142"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3304	"Swamp tea-tree forest regrowth_South East Queensland_393"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3305	"DEAD HORSE GULLY_Northern Rivers_914"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3305	"Swamp tea-tree forest regrowth_South East Queensland_394"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3306	"DEADMAN CREEK_Northern Rivers_128"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3306	"Swamp tea-tree forest regrowth_South East Queensland_394"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3307	"DEADMANS CREEK_Northern Rivers_133"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3307	"Swamp tea-tree forest regrowth_South East Queensland_394"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3308	"DEADMANS GULLY_Northern Rivers_134"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3308	"Swamp tea-tree forest regrowth_South East Queensland_394"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3309	"DEEP CREEK_Northern Rivers_1019"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3309	"Swamp tea-tree forest regrowth_South East Queensland_394"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3310	"Swamp tea-tree forest regrowth_South East Queensland_394"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3311	"Swamp tea-tree forest regrowth_South East Queensland_394"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3312	"DEEP CREEK_Northern Rivers_1223"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3312	"Swamp tea-tree forest regrowth_South East Queensland_394"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3313	"Swamp tea-tree forest regrowth_South East Queensland_394"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3314	"DEEP CREEK_Northern Rivers_735"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3314	"Swamp tea-tree forest regrowth_South East Queensland_394"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3315	"Swamp tea-tree forest regrowth_South East Queensland_394"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3316	"DEEP GULLY_Northern Rivers_118"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3316	"Swamp tea-tree forest regrowth_South East Queensland_395"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3317	"DEEP RAVINE GULLY_Northern Rivers_692"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3317	"Swamp tea-tree forest regrowth_South East Queensland_395"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3318	"DENNIS SCRUB CREEK_Northern Rivers_651"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3318	"Swamp tea-tree forest regrowth_South East Queensland_395"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3319	"DENNYS CREEK_Northern Rivers_432"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3319	"Swamp tea-tree forest regrowth_South East Queensland_395"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3320	"DENNYS CREEK_Northern Rivers_956"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3320	"Swamp tea-tree forest regrowth_South East Queensland_395"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3321	"DENNYS GULLY_Northern Rivers_440"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3321	"Swamp tea-tree forest regrowth_South East Queensland_395"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3322	"Swamp tea-tree forest regrowth_South East Queensland_395"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3323	"Swamp tea-tree forest regrowth_South East Queensland_395"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3324	"DEVON GULLY_Northern Rivers_1281"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3324	"Swamp tea-tree forest regrowth_South East Queensland_395"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3325	"DEVON GULLY_Northern Rivers_1467"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3325	"Swamp tea-tree forest regrowth_South East Queensland_395"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3326	"DIGGERS GULLY_Northern Rivers_139"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3326	"Swamp tea-tree forest regrowth_South East Queensland_395"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3327	"Swamp tea-tree forest regrowth_South East Queensland_396"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3328	"DIGNANS CREEK_Northern Rivers_1476"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3328	"Swamp tea-tree forest regrowth_South East Queensland_396"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3329	"DILKOON CREEK_Northern Rivers_428"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3329	"Swamp tea-tree forest regrowth_South East Queensland_396"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3330	"DILKOON CREEK_Northern Rivers_955"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3330	"Swamp tea-tree forest regrowth_South East Queensland_396"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3331	"Swamp tea-tree forest regrowth_South East Queensland_396"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3332	"Swamp tea-tree forest regrowth_South East Queensland_396"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3333	"DINGO GULLY_Northern Rivers_135"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3333	"Swamp tea-tree forest regrowth_South East Queensland_396"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3334	"Swamp tea-tree forest regrowth_South East Queensland_396"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3335	"DINNER CREEK_Northern Rivers_1022"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3335	"Swamp tea-tree forest regrowth_South East Queensland_396"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3336	"Swamp tea-tree forest regrowth_South East Queensland_396"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3337	"Swamp tea-tree forest regrowth_South East Queensland_396"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3338	"DIRTY CREEK_Northern Rivers_113"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3338	"Swamp tea-tree forest regrowth_South East Queensland_396"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3339	"DIRTY CREEK_Northern Rivers_908"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3339	"Swamp tea-tree forest regrowth_South East Queensland_396"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3340	"Swamp tea-tree forest regrowth_South East Queensland_396"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3341	"DOG TRAP CREEK_Northern Rivers_136"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3341	"Swamp tea-tree forest regrowth_South East Queensland_397"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3342	"Swamp tea-tree forest regrowth_South East Queensland_397"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3343	"DOON DOON CREEK_Northern Rivers_1599"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3343	"Swamp tea-tree forest regrowth_South East Queensland_397"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3344	"Swamp tea-tree forest regrowth_South East Queensland_397"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3345	"Swamp tea-tree forest regrowth_South East Queensland_397"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3346	"Swamp tea-tree forest regrowth_South East Queensland_398"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3347	"DOUBLE SWAMP CREEK_Northern Rivers_375"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3347	"Swamp tea-tree forest regrowth_South East Queensland_398"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3348	"DOUBLE SWAMP_Northern Rivers_2361"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3348	"Swamp tea-tree forest regrowth_South East Queensland_398"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3349	"DOUBTFUL CREEK_Northern Rivers_122"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3349	"Swamp tea-tree forest regrowth_South East Queensland_398"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3350	"DOUBTFUL CREEK_Northern Rivers_909"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3350	"Swamp tea-tree forest regrowth_South East Queensland_398"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3351	"DOUGHBOY CREEK_Northern Rivers_123"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3351	"Swamp tea-tree forest regrowth_South East Queensland_398"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3352	"DOUGHBOY CREEK_Northern Rivers_1396"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3352	"Swamp tea-tree forest regrowth_South East Queensland_398"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3353	"Swamp tea-tree forest regrowth_South East Queensland_398"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3354	"DREADNOUGHT GULLY_Northern Rivers_358"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3354	"Swamp tea-tree forest regrowth_South East Queensland_398"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3355	"DRY CREEK_Northern Rivers_1025"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3355	"Swamp tea-tree forest regrowth_South East Queensland_398"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3356	"DRY CREEK_Northern Rivers_1026"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3356	"Swamp tea-tree forest regrowth_South East Queensland_398"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3357	"DRY CREEK_Northern Rivers_145"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3357	"Swamp tea-tree forest regrowth_South East Queensland_398"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3358	"DRY GULLY_Northern Rivers_127"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3358	"Swamp tea-tree forest regrowth_South East Queensland_398"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3359	"DRY GULLY_Northern Rivers_130"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3359	"Swamp tea-tree forest regrowth_South East Queensland_398"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3360	"DUBADAR CREEK_Northern Rivers_1587"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3360	"Swamp tea-tree forest regrowth_South East Queensland_399"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3361	"DUCK CREEK_Northern Rivers_1014"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3361	"Swamp tea-tree forest regrowth_South East Queensland_399"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3362	"DUCK CREEK_Northern Rivers_1015"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3362	"Swamp tea-tree forest regrowth_South East Queensland_399"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3363	"Swamp tea-tree forest regrowth_South East Queensland_399"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3364	"DUCK CREEK_Northern Rivers_1017"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3364	"Swamp tea-tree forest regrowth_South East Queensland_399"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3365	"DUCK CREEK_Northern Rivers_1337"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3365	"Swamp tea-tree forest regrowth_South East Queensland_400"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3366	"DUCK CREEK_Northern Rivers_1511"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3366	"Swamp tea-tree forest regrowth_South East Queensland_400"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3367	"Swamp tea-tree forest regrowth_South East Queensland_400"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3368	"Swamp tea-tree forest regrowth_South East Queensland_400"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3369	"DUCK CREEK_Northern Rivers_658"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3369	"Swamp tea-tree forest regrowth_South East Queensland_400"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3370	"Swamp tea-tree forest regrowth_South East Queensland_400"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3371	"DUCKPOND CREEK_Northern Rivers_1464"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3371	"Swamp tea-tree forest regrowth_South East Queensland_400"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3372	"DUCKPOND CREEK_Northern Rivers_784"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3372	"Swamp tea-tree forest regrowth_South East Queensland_400"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3373	"DULGIGIN CREEK_Northern Rivers_1585"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3373	"Swamp tea-tree forest regrowth_South East Queensland_400"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3374	"DULGIGIN CREEK_Northern Rivers_807"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3374	"Swamp tea-tree forest regrowth_South East Queensland_400"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3375	"Swamp tea-tree forest regrowth_South East Queensland_400"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3376	"DUNDOO CREEK_Northern Rivers_1601"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3376	"Swamp tea-tree forest regrowth_South East Queensland_400"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3377	"DUNGARUBBA CREEK_Northern Rivers_599"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3377	"Swamp tea-tree forest regrowth_South East Queensland_400"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3378	"DYRAABA CREEK_Northern Rivers_1562"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3378	"Swamp tea-tree forest regrowth_South East Queensland_400"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3379	"DYRAABA CREEK_Northern Rivers_771"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3379	"Swamp tea-tree forest regrowth_South East Queensland_401"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3380	"Swamp tea-tree forest regrowth_South East Queensland_401"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3381	"EATON CREEK_Northern Rivers_1121"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3381	"Swamp tea-tree forest regrowth_South East Queensland_401"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3382	"EDEN CREEK_Northern Rivers_1312"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3382	"Swamp tea-tree forest regrowth_South East Queensland_401"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3383	"EDEN CREEK_Northern Rivers_1313"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3383	"Swamp tea-tree forest regrowth_South East Queensland_401"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3384	"EDEN CREEK_Northern Rivers_1517"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3384	"Swamp tea-tree forest regrowth_South East Queensland_402"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3385	"EDEN CREEK_Northern Rivers_1518"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3385	"Swamp tea-tree forest regrowth_South East Queensland_402"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3386	"EDEN CREEK_Northern Rivers_1668"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3386	"Swamp tea-tree forest regrowth_South East Queensland_402"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3387	"EDEN CREEK_Northern Rivers_1669"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3387	"Swamp tea-tree forest regrowth_South East Queensland_402"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3388	"EDEN CREEK_Northern Rivers_1670"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3388	"Swamp tea-tree forest regrowth_South East Queensland_402"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3389	"EDEN CREEK_Northern Rivers_1706"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3389	"Swamp tea-tree forest regrowth_South East Queensland_402"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3390	"EDEN CREEK_Northern Rivers_1707"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3390	"Swamp tea-tree forest regrowth_South East Queensland_402"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3391	"EDEN CREEK_Northern Rivers_835"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3391	"Swamp tea-tree forest regrowth_South East Queensland_402"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3392	"EDEN CREEK_Northern Rivers_836"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3392	"Swamp tea-tree forest regrowth_South East Queensland_402"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3393	"EIGHT DAY CREEK_Northern Rivers_434"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3393	"Swamp tea-tree forest regrowth_South East Queensland_402"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3394	"ELBOW CREEK_Northern Rivers_149"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3394	"Swamp tea-tree forest regrowth_South East Queensland_402"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3395	"ELDON CREEK_Northern Rivers_439"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3395	"Swamp tea-tree forest regrowth_South East Queensland_403"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3396	"ELEVEN MILE CREEK_Northern Rivers_663"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3396	"Swamp tea-tree forest regrowth_South East Queensland_403"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3397	"Swamp tea-tree forest regrowth_South East Queensland_403"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3398	"EMERALD CREEK_Northern Rivers_619"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3398	"Swamp tea-tree forest regrowth_South East Queensland_403"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3399	"EMERALD CREEK_Northern Rivers_991"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3399	"Swamp tea-tree forest regrowth_South East Queensland_403"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3400	"Swamp tea-tree forest regrowth_South East Queensland_403"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3401	"EMIGRANT CREEK_Northern Rivers_1552"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3401	"Swamp tea-tree forest regrowth_South East Queensland_403"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3402	"EMIGRANT CREEK_Northern Rivers_751"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3402	"Swamp tea-tree forest regrowth_South East Queensland_403"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3403	"EMIGRANT CREEK_Northern Rivers_752"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3403	"Swamp tea-tree forest regrowth_South East Queensland_403"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3404	"EMPIRE VALE CREEK_Northern Rivers_1248"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3404	"Swamp tea-tree forest regrowth_South East Queensland_403"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3405	"EMU CREEK_Northern Rivers_1287"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3405	"Swamp tea-tree forest regrowth_South East Queensland_403"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3406	"EMU CREEK_Northern Rivers_1486"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3406	"Swamp tea-tree forest regrowth_South East Queensland_403"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3407	"EMU CREEK_Northern Rivers_1487"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3407	"Swamp tea-tree forest regrowth_South East Queensland_403"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3408	"Swamp tea-tree forest regrowth_South East Queensland_403"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3409	"Swamp tea-tree forest regrowth_South East Queensland_404"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3410	"Swamp tea-tree forest regrowth_South East Queensland_404"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3411	"EMU CREEK_Northern Rivers_793"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3411	"Swamp tea-tree forest regrowth_South East Queensland_404"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3412	"ENDLESS CREEK_Northern Rivers_1431"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3412	"Swamp tea-tree forest regrowth_South East Queensland_404"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3413	"ESK RIVER_Northern Rivers_424"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3413	"Swamp tea-tree forest regrowth_South East Queensland_404"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3414	"ESK RIVER_Northern Rivers_953"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3414	"Swamp tea-tree forest regrowth_South East Queensland_404"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3415	"ESTIE CREEK_Northern Rivers_1119"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3415	"Swamp tea-tree forest regrowth_South East Queensland_404"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3416	"EVANS RIVER ESTUARY_Northern Rivers_1749"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3416	"Swamp tea-tree forest regrowth_South East Queensland_404"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3417	"EVANS RIVER_Northern Rivers_1434"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3417	"Swamp tea-tree forest regrowth_South East Queensland_404"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3418	"Swamp tea-tree forest regrowth_South East Queensland_404"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3419	"Swamp tea-tree forest regrowth_South East Queensland_404"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3420	"Swamp tea-tree forest regrowth_South East Queensland_405"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3421	"Swamp tea-tree forest regrowth_South East Queensland_405"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3422	"Swamp tea-tree forest regrowth_South East Queensland_405"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3423	"Swamp tea-tree forest regrowth_South East Queensland_405"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3424	"Swamp tea-tree forest regrowth_South East Queensland_405"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3425	"Swamp tea-tree forest regrowth_South East Queensland_405"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3426	"Swamp tea-tree forest regrowth_South East Queensland_405"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3427	"Swamp tea-tree forest regrowth_South East Queensland_405"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3428	"Swamp tea-tree forest regrowth_South East Queensland_405"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3429	"Swamp tea-tree forest regrowth_South East Queensland_405"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3430	"Swamp tea-tree forest regrowth_South East Queensland_405"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3431	"Swamp tea-tree forest regrowth_South East Queensland_406"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3432	"Swamp tea-tree forest regrowth_South East Queensland_406"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3433	"Swamp tea-tree forest regrowth_South East Queensland_406"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3434	"Swamp tea-tree forest regrowth_South East Queensland_406"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3435	"Swamp tea-tree forest regrowth_South East Queensland_406"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3436	"Swamp tea-tree forest regrowth_South East Queensland_407"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3437	"Swamp tea-tree forest regrowth_South East Queensland_407"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3438	"Swamp tea-tree forest regrowth_South East Queensland_407"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3439	"Swamp tea-tree forest regrowth_South East Queensland_407"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3440	"Swamp tea-tree forest regrowth_South East Queensland_407"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3441	"Swamp tea-tree forest regrowth_South East Queensland_407"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3442	"Swamp tea-tree forest regrowth_South East Queensland_407"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3443	"Swamp tea-tree forest regrowth_South East Queensland_407"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3444	"Swamp tea-tree forest regrowth_South East Queensland_407"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3445	"Swamp tea-tree forest regrowth_South East Queensland_407"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3446	"Swamp tea-tree forest regrowth_South East Queensland_407"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3447	"Swamp tea-tree forest regrowth_South East Queensland_408"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3448	"Swamp tea-tree forest regrowth_South East Queensland_408"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3449	"Swamp tea-tree forest regrowth_South East Queensland_408"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3450	"Swamp tea-tree forest regrowth_South East Queensland_408"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3451	"Swamp tea-tree forest regrowth_South East Queensland_408"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3452	"Swamp tea-tree forest regrowth_South East Queensland_408"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3453	"Swamp tea-tree forest regrowth_South East Queensland_408"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3454	"Swamp tea-tree forest regrowth_South East Queensland_408"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3455	"Swamp tea-tree forest regrowth_South East Queensland_408"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3456	"Swamp tea-tree forest regrowth_South East Queensland_408"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3457	"Swamp tea-tree forest regrowth_South East Queensland_408"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3458	"Swamp tea-tree forest regrowth_South East Queensland_409"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3459	"Swamp tea-tree forest regrowth_South East Queensland_409"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3460	"Swamp tea-tree forest regrowth_South East Queensland_409"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3461	"Swamp tea-tree forest regrowth_South East Queensland_409"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3462	"Swamp tea-tree forest regrowth_South East Queensland_409"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3463	"Swamp tea-tree forest regrowth_South East Queensland_409"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3464	"Swamp tea-tree forest regrowth_South East Queensland_409"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3465	"Swamp tea-tree forest regrowth_South East Queensland_409"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3466	"Swamp tea-tree forest regrowth_South East Queensland_409"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3467	"Everlasting Swamp_Northern Rivers_2343"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3467	"Swamp tea-tree forest regrowth_South East Queensland_409"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3468	"Swamp tea-tree forest regrowth_South East Queensland_409"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3469	"EVERSONS CREEK_Northern Rivers_430"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3469	"Swamp tea-tree forest regrowth_South East Queensland_410"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3470	"EWINGAR CREEK_Northern Rivers_1435"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3470	"Swamp tea-tree forest regrowth_South East Queensland_410"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3471	"Swamp tea-tree forest regrowth_South East Queensland_410"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3472	"Swamp tea-tree forest regrowth_South East Queensland_410"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3473	"Swamp tea-tree forest regrowth_South East Queensland_410"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3474	"FAIRY MOUNT CREEK_Northern Rivers_579"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3474	"Swamp tea-tree forest regrowth_South East Queensland_410"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3475	"Swamp tea-tree forest regrowth_South East Queensland_410"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3476	"Swamp tea-tree forest regrowth_South East Queensland_410"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3477	"FARQUHARS CREEK_Northern Rivers_1118"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
3477	"Swamp tea-tree forest regrowth_South East Queensland_410"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3478	"Swamp tea-tree forest regrowth_South East Queensland_410"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3479	"Swamp tea-tree forest regrowth_South East Queensland_410"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3480	"FAWCETTS CREEK_Northern Rivers_1319"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3480	"Swamp tea-tree forest regrowth_South East Queensland_410"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3481	"FAWCETTS CREEK_Northern Rivers_1687"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3481	"Swamp tea-tree forest regrowth_South East Queensland_410"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3482	"FAWCETTS CREEK_Northern Rivers_853"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3482	"Swamp tea-tree forest regrowth_South East Queensland_410"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3483	"FAYS GULLY_Northern Rivers_1432"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3483	"Swamp tea-tree forest regrowth_South East Queensland_411"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3484	"FERN CREEK_Northern Rivers_1027"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3484	"Swamp tea-tree forest regrowth_South East Queensland_411"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3485	"FERNDALE CREEK_Northern Rivers_150"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3485	"Swamp tea-tree forest regrowth_South East Queensland_411"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3486	"FERNDALE CREEK_Northern Rivers_151"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3486	"Swamp tea-tree forest regrowth_South East Queensland_411"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3487	"FERNDALE CREEK_Northern Rivers_916"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3487	"Swamp tea-tree forest regrowth_South East Queensland_411"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3488	"FEVER CREEK_Northern Rivers_417"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3488	"Swamp tea-tree forest regrowth_South East Queensland_411"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3489	"Swamp tea-tree forest regrowth_South East Queensland_411"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3490	"FIDDLE CREEK_Northern Rivers_418"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3490	"Swamp tea-tree forest regrowth_South East Queensland_411"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3491	"FIDDLERS CREEK_Northern Rivers_1037"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3491	"Swamp tea-tree forest regrowth_South East Queensland_411"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3492	"FILANS CREEK_Northern Rivers_644"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3492	"Swamp tea-tree forest regrowth_South East Queensland_411"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3493	"Swamp tea-tree forest regrowth_South East Queensland_411"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3494	"FINCHS CREEK_Northern Rivers_157"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3494	"Swamp tea-tree forest regrowth_South East Queensland_411"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3495	"FINDON CREEK_Northern Rivers_1311"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3495	"Swamp tea-tree forest regrowth_South East Queensland_411"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3496	"FINDON CREEK_Northern Rivers_1516"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3496	"Swamp tea-tree forest regrowth_South East Queensland_411"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3497	"FINDON CREEK_Northern Rivers_1666"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3497	"Swamp tea-tree forest regrowth_South East Queensland_412"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3498	"FINDON CREEK_Northern Rivers_1704"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3498	"Swamp tea-tree forest regrowth_South East Queensland_412"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3499	"FINDON CREEK_Northern Rivers_1705"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3499	"Swamp tea-tree forest regrowth_South East Queensland_412"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3500	"FINDON CREEK_Northern Rivers_834"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3500	"Swamp tea-tree forest regrowth_South East Queensland_412"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3501	"FINE FLOWER CREEK_Northern Rivers_1586"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3501	"Swamp tea-tree forest regrowth_South East Queensland_412"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3502	"Swamp tea-tree forest regrowth_South East Queensland_412"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3503	"FINGLETON GULLY_Northern Rivers_592"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3503	"Swamp tea-tree forest regrowth_South East Queensland_412"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3504	"FISH HOLE CREEK_Northern Rivers_1400"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3504	"Swamp tea-tree forest regrowth_South East Queensland_412"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3505	"FISHERY CREEK_Northern Rivers_620"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3505	"Swamp tea-tree forest regrowth_South East Queensland_412"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3506	"FISHERY CREEK_Northern Rivers_621"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3506	"Swamp tea-tree forest regrowth_South East Queensland_412"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3507	"FISHERY CREEK_Northern Rivers_992"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3507	"Swamp tea-tree forest regrowth_South East Queensland_412"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3508	"FIVE MILE CREEK_Northern Rivers_174"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3508	"Swamp tea-tree forest regrowth_South East Queensland_413"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3509	"FIVE MILE CREEK_Northern Rivers_175"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3509	"Swamp tea-tree forest regrowth_South East Queensland_413"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3510	"FIVE MILE CREEK_Northern Rivers_918"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3510	"Swamp tea-tree forest regrowth_South East Queensland_413"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3511	"FIVE SNAKE CREEK_Northern Rivers_1122"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3511	"Swamp tea-tree forest regrowth_South East Queensland_413"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3512	"FLAGGY CREEK_Northern Rivers_1401"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3512	"Swamp tea-tree forest regrowth_South East Queensland_413"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3513	"Swamp tea-tree forest regrowth_South East Queensland_413"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3514	"FLAGGY CREEK_Northern Rivers_176"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3514	"Swamp tea-tree forest regrowth_South East Queensland_413"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3515	"Swamp tea-tree forest regrowth_South East Queensland_413"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3516	"FLAGSTONE CREEK_Northern Rivers_1342"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3516	"Swamp tea-tree forest regrowth_South East Queensland_413"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3517	"FLAGSTONE CREEK_Northern Rivers_180"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3517	"Swamp tea-tree forest regrowth_South East Queensland_413"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3518	"FLAGSTONE CREEK_Northern Rivers_182"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3518	"Swamp tea-tree forest regrowth_South East Queensland_413"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3519	"FLAGSTONE CREEK_Northern Rivers_183"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3519	"Swamp tea-tree forest regrowth_South East Queensland_414"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3520	"FLAGSTONE CREEK_Northern Rivers_667"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3520	"Swamp tea-tree forest regrowth_South East Queensland_414"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3521	"Swamp tea-tree forest regrowth_South East Queensland_414"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3522	"FLOGGEM CREEK_Northern Rivers_1459"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3522	"Swamp tea-tree forest regrowth_South East Queensland_414"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3523	"Swamp tea-tree forest regrowth_South East Queensland_414"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3524	"FORTIS CREEK_Northern Rivers_1365"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3524	"Swamp tea-tree forest regrowth_South East Queensland_414"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3525	"FORTIS CREEK_Northern Rivers_704"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3525	"Swamp tea-tree forest regrowth_South East Queensland_414"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3526	"FOSSILS GULLY_Northern Rivers_425"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3526	"Swamp tea-tree forest regrowth_South East Queensland_414"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3527	"Swamp tea-tree forest regrowth_South East Queensland_414"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3528	"Swamp tea-tree forest regrowth_South East Queensland_414"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3529	"FOUR MILE CREEK_Northern Rivers_1339"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3529	"Swamp tea-tree forest regrowth_South East Queensland_414"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3530	"FOUR MILE CREEK_Northern Rivers_1605"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3530	"Swamp tea-tree forest regrowth_South East Queensland_415"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3531	"FOUR MILE CREEK_Northern Rivers_168"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3531	"Swamp tea-tree forest regrowth_South East Queensland_415"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3532	"FOUR MILE CREEK_Northern Rivers_917"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3532	"Swamp tea-tree forest regrowth_South East Queensland_415"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3533	"FOURTEEN MILE CREEK_Northern Rivers_146"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3533	"Swamp tea-tree forest regrowth_South East Queensland_415"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3534	"FOWLERS CREEK_Northern Rivers_1623"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3534	"Swamp tea-tree forest regrowth_South East Queensland_415"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3535	"FRANKS CREEK_Northern Rivers_436"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3535	"Swamp tea-tree forest regrowth_South East Queensland_416"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3536	"FRASERS GULLY_Northern Rivers_1462"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3536	"Swamp tea-tree forest regrowth_South East Queensland_416"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3537	"FRASERS GULLY_Northern Rivers_783"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3537	"Swamp tea-tree forest regrowth_South East Queensland_416"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3538	"Swamp tea-tree forest regrowth_South East Queensland_416"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3539	"FRENCHMANS CREEK_Northern Rivers_159"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3539	"Swamp tea-tree forest regrowth_South East Queensland_416"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3540	"Swamp tea-tree forest regrowth_South East Queensland_416"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3541	"Swamp tea-tree forest regrowth_South East Queensland_416"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3542	"FRENCHS CREEK_Northern Rivers_665"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3542	"Swamp tea-tree forest regrowth_South East Queensland_416"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3543	"FULLERS ARM_Northern Rivers_1128"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3543	"Swamp tea-tree forest regrowth_South East Queensland_416"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3544	"Swamp tea-tree forest regrowth_South East Queensland_416"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3545	"Swamp tea-tree forest regrowth_South East Queensland_416"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3546	"GARRETS GULLY_Northern Rivers_444"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3546	"Swamp tea-tree forest regrowth_South East Queensland_417"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3547	"GEORGICA CREEK_Northern Rivers_1283"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3547	"Swamp tea-tree forest regrowth_South East Queensland_417"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3548	"GERRARDS CREEK_Northern Rivers_463"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3548	"Swamp tea-tree forest regrowth_South East Queensland_417"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3549	"GIBBERGUNYAH CREEK_Northern Rivers_163"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3549	"Swamp tea-tree forest regrowth_South East Queensland_417"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3550	"GIBSON CREEK_Northern Rivers_577"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3550	"Swamp tea-tree forest regrowth_South East Queensland_417"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3551	"Swamp tea-tree forest regrowth_South East Queensland_417"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3552	"Swamp tea-tree forest regrowth_South East Queensland_417"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3553	"Swamp tea-tree forest regrowth_South East Queensland_417"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3554	"Swamp tea-tree forest regrowth_South East Queensland_417"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3555	"Swamp tea-tree forest regrowth_South East Queensland_417"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3556	"Swamp tea-tree forest regrowth_South East Queensland_417"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3557	"Swamp tea-tree forest regrowth_South East Queensland_417"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3558	"Swamp tea-tree forest regrowth_South East Queensland_417"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3559	"GLEN CREEK_Northern Rivers_736"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3559	"Swamp tea-tree forest regrowth_South East Queensland_417"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3560	"Swamp tea-tree forest regrowth_South East Queensland_418"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3561	"GLENREAGH CREEK_Northern Rivers_465"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3561	"Swamp tea-tree forest regrowth_South East Queensland_418"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3562	"Swamp tea-tree forest regrowth_South East Queensland_418"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3563	"GLENUGIE CREEK_Northern Rivers_1441"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3563	"Swamp tea-tree forest regrowth_South East Queensland_418"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3564	"GLENUGIE CREEK_Northern Rivers_774"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3564	"Swamp tea-tree forest regrowth_South East Queensland_418"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3565	"GOANNA CREEK_Northern Rivers_1253"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3565	"Swamp tea-tree forest regrowth_South East Queensland_418"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3566	"Swamp tea-tree forest regrowth_South East Queensland_418"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3567	"Purga Nature Reserve - Swamp tea-tree forest regrowth_South East Queensland_447"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3568	"Purga Nature Reserve - Swamp tea-tree forest regrowth_South East Queensland_447"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3569	"GOOLANG CREEK_Northern Rivers_1146"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
3569	"Purga Nature Reserve - Swamp tea-tree forest regrowth_South East Queensland_447"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3570	"GOOLMANGAR CREEK_Northern Rivers_1265"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3570	"Purga Nature Reserve - Swamp tea-tree forest regrowth_South East Queensland_447"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3571	"GOOLMANGAR CREEK_Northern Rivers_1442"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3571	"Purga Nature Reserve - Swamp tea-tree forest regrowth_South East Queensland_447"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3572	"GOOLMANGAR CREEK_Northern Rivers_1443"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3572	"Purga Nature Reserve - Swamp tea-tree forest regrowth_South East Queensland_447"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3573	"GOOLMANGAR CREEK_Northern Rivers_1564"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3573	"Swamp tea-tree forest regrowth_South East Queensland_479"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3574	"GOOLMANGAR CREEK_Northern Rivers_775"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3574	"Swamp tea-tree forest regrowth_South East Queensland_479"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3575	"GOOLMANGAR CREEK_Northern Rivers_776"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3575	"Swamp tea-tree forest regrowth_South East Queensland_479"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3576	"Swamp tea-tree forest regrowth_South East Queensland_479"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3577	"Swamp tea-tree forest regrowth_South East Queensland_479"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3578	"GORGE CREEK_Northern Rivers_164"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3578	"Swamp tea-tree forest regrowth_South East Queensland_479"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3579	"GORGE CREEK_Northern Rivers_165"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3579	"Swamp tea-tree forest regrowth_South East Queensland_535"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3580	"GORGE CREEK_Northern Rivers_166"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3581	"Swamp tea-tree forest regrowth_South East Queensland_537"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3582	"Swamp tea-tree forest regrowth_South East Queensland_537"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3583	"Swamp tea-tree forest regrowth_South East Queensland_537"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3584	"GRACIES CREEK_Northern Rivers_1150"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3584	"Swamp tea-tree forest regrowth_South East Queensland_537"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3585	"GRADYS CREEK_Northern Rivers_1535"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3585	"Swamp tea-tree forest regrowth_South East Queensland_565"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3586	"GRADYS CREEK_Northern Rivers_1627"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3586	"Swamp tea-tree forest regrowth_South East Queensland_565"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3587	"GRADYS CREEK_Northern Rivers_1691"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3587	"Swamp tea-tree forest regrowth_South East Queensland_565"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3588	"GRADYS CREEK_Northern Rivers_860"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3588	"Swamp tea-tree forest regrowth_South East Queensland_565"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3589	"GRADYS CREEK_Northern Rivers_861"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3589	"Swamp tea-tree forest regrowth_South East Queensland_565"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3590	"GRAHAMS CREEK_Northern Rivers_167"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3590	"Swamp tea-tree forest regrowth_South East Queensland_565"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3591	"Swamp tea-tree forest regrowth_South East Queensland_569"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3592	"Swamp tea-tree forest regrowth_South East Queensland_570"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3593	"Swamp tea-tree forest regrowth_South East Queensland_570"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3594	"Swamp tea-tree forest regrowth_South East Queensland_570"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3595	"GRAYS CREEK_Northern Rivers_173"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3595	"Swamp tea-tree forest regrowth_South East Queensland_570"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3596	"GREEN FOREST DRAIN_Northern Rivers_1221"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3596	"Swamp tea-tree forest regrowth_South East Queensland_570"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3597	"GREEN FOREST DRAIN_Northern Rivers_1381"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3597	"Swamp tea-tree forest regrowth_South East Queensland_581"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3598	"Swamp tea-tree forest regrowth_South East Queensland_581"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3599	"Swamp tea-tree forest regrowth_South East Queensland_581"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3600	"GRIERS CREEK_Northern Rivers_1143"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
3600	"Swamp tea-tree forest regrowth_South East Queensland_581"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3601	"Swamp tea-tree forest regrowth_South East Queensland_581"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3602	"Swamp tea-tree forest regrowth_South East Queensland_582"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3603	"Swamp tea-tree forest regrowth_South East Queensland_589"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3604	"Swamp tea-tree forest regrowth_South East Queensland_589"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3605	"Swamp tea-tree forest regrowth_South East Queensland_589"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3606	"Swamp tea-tree forest regrowth_South East Queensland_589"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3607	"Swamp tea-tree forest regrowth_South East Queensland_589"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3608	"Swamp tea-tree forest regrowth_South East Queensland_589"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3609	"Swamp tea-tree forest regrowth_South East Queensland_418"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3610	"Swamp tea-tree forest regrowth_South East Queensland_418"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3611	"Swamp tea-tree forest regrowth_South East Queensland_418"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3612	"Swamp tea-tree forest regrowth_South East Queensland_418"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3613	"Swamp tea-tree forest regrowth_South East Queensland_419"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3614	"Swamp tea-tree forest regrowth_South East Queensland_419"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3615	"Swamp tea-tree forest regrowth_South East Queensland_419"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3616	"Swamp tea-tree forest regrowth_South East Queensland_419"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3617	"Swamp tea-tree forest regrowth_South East Queensland_419"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3618	"Swamp tea-tree forest regrowth_South East Queensland_419"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3619	"Swamp tea-tree forest regrowth_South East Queensland_419"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3620	"Swamp tea-tree forest regrowth_South East Queensland_419"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3621	"Swamp tea-tree forest regrowth_South East Queensland_419"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3622	"Swamp tea-tree forest regrowth_South East Queensland_419"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3623	"Swamp tea-tree forest regrowth_South East Queensland_419"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3624	"Swamp tea-tree forest regrowth_South East Queensland_420"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3625	"Swamp tea-tree forest regrowth_South East Queensland_420"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3626	"Swamp tea-tree forest regrowth_South East Queensland_420"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3627	"Swamp tea-tree forest regrowth_South East Queensland_420"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3628	"Swamp tea-tree forest regrowth_South East Queensland_420"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3629	"Swamp tea-tree forest regrowth_South East Queensland_420"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3630	"Swamp tea-tree forest regrowth_South East Queensland_420"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3631	"Swamp tea-tree forest regrowth_South East Queensland_420"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3632	"Swamp tea-tree forest regrowth_South East Queensland_420"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3633	"Swamp tea-tree forest regrowth_South East Queensland_420"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3634	"Swamp tea-tree forest regrowth_South East Queensland_420"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3635	"Swamp tea-tree forest regrowth_South East Queensland_421"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3636	"Swamp tea-tree forest regrowth_South East Queensland_421"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3637	"Swamp tea-tree forest regrowth_South East Queensland_421"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3638	"Swamp tea-tree forest regrowth_South East Queensland_421"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3639	"Swamp tea-tree forest regrowth_South East Queensland_421"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3640	"Swamp tea-tree forest regrowth_South East Queensland_421"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3641	"Swamp tea-tree forest regrowth_South East Queensland_421"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3642	"Swamp tea-tree forest regrowth_South East Queensland_421"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3643	"Swamp tea-tree forest regrowth_South East Queensland_421"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3644	"Swamp tea-tree forest regrowth_South East Queensland_421"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3645	"Swamp tea-tree forest regrowth_South East Queensland_421"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3646	"Swamp tea-tree forest regrowth_South East Queensland_422"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3647	"Swamp tea-tree forest regrowth_South East Queensland_422"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3648	"Swamp tea-tree forest regrowth_South East Queensland_422"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3649	"Swamp tea-tree forest regrowth_South East Queensland_422"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3650	"Swamp tea-tree forest regrowth_South East Queensland_422"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3651	"Swamp tea-tree forest regrowth_South East Queensland_422"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3652	"Swamp tea-tree forest regrowth_South East Queensland_422"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3653	"Swamp tea-tree forest regrowth_South East Queensland_422"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3654	"Swamp tea-tree forest regrowth_South East Queensland_422"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3655	"Swamp tea-tree forest regrowth_South East Queensland_422"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3656	"Swamp tea-tree forest regrowth_South East Queensland_422"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3657	"Swamp tea-tree forest regrowth_South East Queensland_423"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3658	"Swamp tea-tree forest regrowth_South East Queensland_423"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3659	"Swamp tea-tree forest regrowth_South East Queensland_423"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3660	"Swamp tea-tree forest regrowth_South East Queensland_423"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3661	"Swamp tea-tree forest regrowth_South East Queensland_423"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3662	"Swamp tea-tree forest regrowth_South East Queensland_423"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3663	"Swamp tea-tree forest regrowth_South East Queensland_423"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3664	"Swamp tea-tree forest regrowth_South East Queensland_423"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3665	"Swamp tea-tree forest regrowth_South East Queensland_423"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3666	"Swamp tea-tree forest regrowth_South East Queensland_423"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3667	"Swamp tea-tree forest regrowth_South East Queensland_423"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3668	"Swamp tea-tree forest regrowth_South East Queensland_424"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3669	"Swamp tea-tree forest regrowth_South East Queensland_424"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3670	"Swamp tea-tree forest regrowth_South East Queensland_424"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3671	"Swamp tea-tree forest regrowth_South East Queensland_424"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3672	"Swamp tea-tree forest regrowth_South East Queensland_424"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3673	"Swamp tea-tree forest regrowth_South East Queensland_424"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3674	"Swamp tea-tree forest regrowth_South East Queensland_424"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3675	"Swamp tea-tree forest regrowth_South East Queensland_424"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3676	"Swamp tea-tree forest regrowth_South East Queensland_424"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3677	"Swamp tea-tree forest regrowth_South East Queensland_424"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3678	"Swamp tea-tree forest regrowth_South East Queensland_424"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3679	"Swamp tea-tree forest regrowth_South East Queensland_425"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3680	"Swamp tea-tree forest regrowth_South East Queensland_425"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3681	"Swamp tea-tree forest regrowth_South East Queensland_425"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3682	"Swamp tea-tree forest regrowth_South East Queensland_425"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3683	"Swamp tea-tree forest regrowth_South East Queensland_425"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3684	"Swamp tea-tree forest regrowth_South East Queensland_425"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3685	"Swamp tea-tree forest regrowth_South East Queensland_425"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3686	"Swamp tea-tree forest regrowth_South East Queensland_425"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3687	"Swamp tea-tree forest regrowth_South East Queensland_425"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3688	"Swamp tea-tree forest regrowth_South East Queensland_425"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3689	"Swamp tea-tree forest regrowth_South East Queensland_425"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3690	"Swamp tea-tree forest regrowth_South East Queensland_426"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3691	"Swamp tea-tree forest regrowth_South East Queensland_426"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3692	"Swamp tea-tree forest regrowth_South East Queensland_426"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3693	"Swamp tea-tree forest regrowth_South East Queensland_426"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3694	"Swamp tea-tree forest regrowth_South East Queensland_426"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3695	"Swamp tea-tree forest regrowth_South East Queensland_426"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3696	"Swamp tea-tree forest regrowth_South East Queensland_426"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3697	"Swamp tea-tree forest regrowth_South East Queensland_426"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3698	"Swamp tea-tree forest regrowth_South East Queensland_426"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3699	"Swamp tea-tree forest regrowth_South East Queensland_426"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3700	"Swamp tea-tree forest regrowth_South East Queensland_426"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3701	"Swamp tea-tree forest regrowth_South East Queensland_427"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3702	"Swamp tea-tree forest regrowth_South East Queensland_427"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3703	"Swamp tea-tree forest regrowth_South East Queensland_427"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3704	"Swamp tea-tree forest regrowth_South East Queensland_427"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3705	"Swamp tea-tree forest regrowth_South East Queensland_427"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3706	"Swamp tea-tree forest regrowth_South East Queensland_427"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3707	"Swamp tea-tree forest regrowth_South East Queensland_427"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3708	"Swamp tea-tree forest regrowth_South East Queensland_427"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3709	"Swamp tea-tree forest regrowth_South East Queensland_427"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3710	"Swamp tea-tree forest regrowth_South East Queensland_427"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3711	"Swamp tea-tree forest regrowth_South East Queensland_427"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3712	"Swamp tea-tree forest regrowth_South East Queensland_428"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3713	"Swamp tea-tree forest regrowth_South East Queensland_428"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3714	"Swamp tea-tree forest regrowth_South East Queensland_428"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3715	"Swamp tea-tree forest regrowth_South East Queensland_428"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3716	"Swamp tea-tree forest regrowth_South East Queensland_428"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3717	"Swamp tea-tree forest regrowth_South East Queensland_428"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3718	"Swamp tea-tree forest regrowth_South East Queensland_428"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3719	"Swamp tea-tree forest regrowth_South East Queensland_428"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3720	"Swamp tea-tree forest regrowth_South East Queensland_428"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3721	"Swamp tea-tree forest regrowth_South East Queensland_428"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3722	"Swamp tea-tree forest regrowth_South East Queensland_428"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3723	"Swamp tea-tree forest regrowth_South East Queensland_429"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3724	"Swamp tea-tree forest regrowth_South East Queensland_429"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3725	"Swamp tea-tree forest regrowth_South East Queensland_429"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3726	"Swamp tea-tree forest regrowth_South East Queensland_429"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3727	"Swamp tea-tree forest regrowth_South East Queensland_429"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3728	"Swamp tea-tree forest regrowth_South East Queensland_429"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3729	"Swamp tea-tree forest regrowth_South East Queensland_429"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3730	"Swamp tea-tree forest regrowth_South East Queensland_429"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3731	"Swamp tea-tree forest regrowth_South East Queensland_429"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3732	"Swamp tea-tree forest regrowth_South East Queensland_429"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3733	"Swamp tea-tree forest regrowth_South East Queensland_429"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3734	"Swamp tea-tree forest regrowth_South East Queensland_430"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3735	"Swamp tea-tree forest regrowth_South East Queensland_430"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3736	"Swamp tea-tree forest regrowth_South East Queensland_430"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3737	"Swamp tea-tree forest regrowth_South East Queensland_430"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3738	"Swamp tea-tree forest regrowth_South East Queensland_430"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3739	"Swamp tea-tree forest regrowth_South East Queensland_430"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3740	"Swamp tea-tree forest regrowth_South East Queensland_430"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3741	"Swamp tea-tree forest regrowth_South East Queensland_430"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3742	"Swamp tea-tree forest regrowth_South East Queensland_430"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3743	"Swamp tea-tree forest regrowth_South East Queensland_430"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3744	"Swamp tea-tree forest regrowth_South East Queensland_430"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3745	"Purga Nature Reserve - swamp tea-tree forest regrowth_South East Queensland_431"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3746	"Purga Nature Reserve - swamp tea-tree forest regrowth_South East Queensland_431"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3747	"Purga Nature Reserve - swamp tea-tree forest regrowth_South East Queensland_431"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3748	"Purga Nature Reserve - swamp tea-tree forest regrowth_South East Queensland_431"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3749	"Purga Nature Reserve - swamp tea-tree forest regrowth_South East Queensland_431"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3750	"Purga Nature Reserve - swamp tea-tree forest regrowth_South East Queensland_431"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3751	"Purga Nature Reserve - swamp tea-tree forest regrowth_South East Queensland_431"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3752	"Purga Nature Reserve - swamp tea-tree forest regrowth_South East Queensland_431"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3753	"Purga Nature Reserve - swamp tea-tree forest regrowth_South East Queensland_431"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3754	"Purga Nature Reserve - swamp tea-tree forest regrowth_South East Queensland_431"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3755	"Purga Nature Reserve - swamp tea-tree forest regrowth_South East Queensland_431"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3756	"Swamp tea-tree forest regrowth_South East Queensland_432"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3757	"Swamp tea-tree forest regrowth_South East Queensland_432"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3758	"Swamp tea-tree forest regrowth_South East Queensland_432"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3759	"Swamp tea-tree forest regrowth_South East Queensland_432"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3760	"Swamp tea-tree forest regrowth_South East Queensland_432"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3761	"Swamp tea-tree forest regrowth_South East Queensland_432"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3762	"Swamp tea-tree forest regrowth_South East Queensland_432"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3763	"Swamp tea-tree forest regrowth_South East Queensland_432"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3764	"Swamp tea-tree forest regrowth_South East Queensland_432"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3765	"Swamp tea-tree forest regrowth_South East Queensland_432"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3766	"Swamp tea-tree forest regrowth_South East Queensland_432"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3767	"Swamp tea-tree forest regrowth_South East Queensland_433"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3768	"Swamp tea-tree forest regrowth_South East Queensland_433"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3769	"Swamp tea-tree forest regrowth_South East Queensland_433"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3770	"Swamp tea-tree forest regrowth_South East Queensland_433"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3771	"Swamp tea-tree forest regrowth_South East Queensland_433"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3772	"Swamp tea-tree forest regrowth_South East Queensland_433"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3773	"Swamp tea-tree forest regrowth_South East Queensland_433"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3774	"Swamp tea-tree forest regrowth_South East Queensland_433"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3775	"Swamp tea-tree forest regrowth_South East Queensland_433"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3776	"Swamp tea-tree forest regrowth_South East Queensland_433"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3777	"Swamp tea-tree forest regrowth_South East Queensland_433"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3778	"Swamp tea-tree forest regrowth_South East Queensland_434"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3779	"Swamp tea-tree forest regrowth_South East Queensland_434"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3780	"Swamp tea-tree forest regrowth_South East Queensland_434"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3781	"Swamp tea-tree forest regrowth_South East Queensland_434"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3782	"Swamp tea-tree forest regrowth_South East Queensland_434"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3783	"Swamp tea-tree forest regrowth_South East Queensland_434"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3784	"Swamp tea-tree forest regrowth_South East Queensland_434"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3785	"Swamp tea-tree forest regrowth_South East Queensland_434"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3786	"Swamp tea-tree forest regrowth_South East Queensland_434"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3787	"Swamp tea-tree forest regrowth_South East Queensland_434"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3788	"Swamp tea-tree forest regrowth_South East Queensland_434"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3789	"Swamp tea-tree forest regrowth_South East Queensland_435"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3790	"Swamp tea-tree forest regrowth_South East Queensland_435"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3791	"Swamp tea-tree forest regrowth_South East Queensland_435"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3792	"Swamp tea-tree forest regrowth_South East Queensland_435"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3793	"Swamp tea-tree forest regrowth_South East Queensland_435"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3794	"Swamp tea-tree forest regrowth_South East Queensland_435"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3795	"Swamp tea-tree forest regrowth_South East Queensland_435"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3796	"Swamp tea-tree forest regrowth_South East Queensland_435"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3797	"Swamp tea-tree forest regrowth_South East Queensland_435"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3798	"Swamp tea-tree forest regrowth_South East Queensland_435"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3799	"Swamp tea-tree forest regrowth_South East Queensland_435"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3800	"Swamp tea-tree forest regrowth_South East Queensland_436"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3801	"Swamp tea-tree forest regrowth_South East Queensland_436"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3802	"Swamp tea-tree forest regrowth_South East Queensland_436"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3803	"Swamp tea-tree forest regrowth_South East Queensland_436"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3804	"Swamp tea-tree forest regrowth_South East Queensland_436"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3805	"Swamp tea-tree forest regrowth_South East Queensland_436"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3806	"Swamp tea-tree forest regrowth_South East Queensland_436"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3807	"Swamp tea-tree forest regrowth_South East Queensland_436"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3808	"Swamp tea-tree forest regrowth_South East Queensland_436"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3809	"Swamp tea-tree forest regrowth_South East Queensland_436"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3810	"Swamp tea-tree forest regrowth_South East Queensland_436"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3811	"Swamp tea-tree forest regrowth_South East Queensland_437"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3812	"Swamp tea-tree forest regrowth_South East Queensland_437"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3813	"Swamp tea-tree forest regrowth_South East Queensland_437"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3814	"Swamp tea-tree forest regrowth_South East Queensland_437"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3815	"Swamp tea-tree forest regrowth_South East Queensland_437"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3816	"Swamp tea-tree forest regrowth_South East Queensland_437"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3817	"Swamp tea-tree forest regrowth_South East Queensland_437"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3818	"Swamp tea-tree forest regrowth_South East Queensland_437"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3819	"Swamp tea-tree forest regrowth_South East Queensland_437"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3820	"Swamp tea-tree forest regrowth_South East Queensland_437"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3821	"Swamp tea-tree forest regrowth_South East Queensland_437"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3822	"Swamp tea-tree forest regrowth_South East Queensland_438"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3823	"Swamp tea-tree forest regrowth_South East Queensland_438"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3824	"Swamp tea-tree forest regrowth_South East Queensland_438"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3825	"Swamp tea-tree forest regrowth_South East Queensland_438"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3826	"Swamp tea-tree forest regrowth_South East Queensland_438"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3827	"Swamp tea-tree forest regrowth_South East Queensland_438"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3828	"Swamp tea-tree forest regrowth_South East Queensland_438"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3829	"Swamp tea-tree forest regrowth_South East Queensland_438"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3830	"Swamp tea-tree forest regrowth_South East Queensland_438"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3831	"Swamp tea-tree forest regrowth_South East Queensland_438"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3832	"Swamp tea-tree forest regrowth_South East Queensland_438"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3833	"Swamp tea-tree forest regrowth_South East Queensland_439"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3834	"Swamp tea-tree forest regrowth_South East Queensland_439"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3835	"Swamp tea-tree forest regrowth_South East Queensland_439"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3836	"Swamp tea-tree forest regrowth_South East Queensland_439"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3837	"Swamp tea-tree forest regrowth_South East Queensland_439"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3838	"Swamp tea-tree forest regrowth_South East Queensland_439"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3839	"Swamp tea-tree forest regrowth_South East Queensland_439"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3840	"Swamp tea-tree forest regrowth_South East Queensland_439"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3841	"Swamp tea-tree forest regrowth_South East Queensland_439"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3842	"Swamp tea-tree forest regrowth_South East Queensland_439"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3843	"Swamp tea-tree forest regrowth_South East Queensland_439"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3844	"Swamp tea-tree forest regrowth_South East Queensland_440"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3845	"Swamp tea-tree forest regrowth_South East Queensland_440"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3846	"Swamp tea-tree forest regrowth_South East Queensland_440"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3847	"Swamp tea-tree forest regrowth_South East Queensland_440"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3848	"Swamp tea-tree forest regrowth_South East Queensland_440"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3849	"Swamp tea-tree forest regrowth_South East Queensland_440"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3850	"Swamp tea-tree forest regrowth_South East Queensland_440"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3851	"Swamp tea-tree forest regrowth_South East Queensland_440"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3852	"Swamp tea-tree forest regrowth_South East Queensland_440"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3853	"Swamp tea-tree forest regrowth_South East Queensland_440"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3854	"Swamp tea-tree forest regrowth_South East Queensland_440"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3855	"Swamp tea-tree forest regrowth_South East Queensland_441"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3856	"Swamp tea-tree forest regrowth_South East Queensland_441"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3857	"Swamp tea-tree forest regrowth_South East Queensland_441"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3858	"Swamp tea-tree forest regrowth_South East Queensland_441"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3859	"Swamp tea-tree forest regrowth_South East Queensland_441"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3860	"Swamp tea-tree forest regrowth_South East Queensland_441"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3861	"Swamp tea-tree forest regrowth_South East Queensland_441"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3862	"Swamp tea-tree forest regrowth_South East Queensland_441"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3863	"Swamp tea-tree forest regrowth_South East Queensland_441"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3864	"Swamp tea-tree forest regrowth_South East Queensland_441"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3865	"Swamp tea-tree forest regrowth_South East Queensland_441"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3866	"Swamp tea-tree forest regrowth_South East Queensland_442"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3867	"Swamp tea-tree forest regrowth_South East Queensland_442"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3868	"Swamp tea-tree forest regrowth_South East Queensland_442"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3869	"Swamp tea-tree forest regrowth_South East Queensland_442"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3870	"Swamp tea-tree forest regrowth_South East Queensland_442"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3871	"Swamp tea-tree forest regrowth_South East Queensland_442"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3872	"Swamp tea-tree forest regrowth_South East Queensland_442"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3873	"Swamp tea-tree forest regrowth_South East Queensland_442"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3874	"Swamp tea-tree forest regrowth_South East Queensland_442"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3875	"Swamp tea-tree forest regrowth_South East Queensland_442"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3876	"Swamp tea-tree forest regrowth_South East Queensland_442"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3877	"Swamp tea-tree forest regrowth_South East Queensland_443"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3878	"Swamp tea-tree forest regrowth_South East Queensland_443"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3879	"Swamp tea-tree forest regrowth_South East Queensland_443"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3880	"Swamp tea-tree forest regrowth_South East Queensland_443"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3881	"Swamp tea-tree forest regrowth_South East Queensland_443"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3882	"Swamp tea-tree forest regrowth_South East Queensland_443"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3883	"Swamp tea-tree forest regrowth_South East Queensland_443"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3884	"Swamp tea-tree forest regrowth_South East Queensland_443"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3885	"Swamp tea-tree forest regrowth_South East Queensland_443"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3886	"Swamp tea-tree forest regrowth_South East Queensland_443"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3887	"Swamp tea-tree forest regrowth_South East Queensland_443"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3888	"Swamp tea-tree forest regrowth_South East Queensland_444"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3889	"Swamp tea-tree forest regrowth_South East Queensland_444"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3890	"Swamp tea-tree forest regrowth_South East Queensland_444"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3891	"Swamp tea-tree forest regrowth_South East Queensland_444"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3892	"Swamp tea-tree forest regrowth_South East Queensland_444"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3893	"Swamp tea-tree forest regrowth_South East Queensland_444"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3894	"Swamp tea-tree forest regrowth_South East Queensland_444"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3895	"Swamp tea-tree forest regrowth_South East Queensland_444"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3896	"Swamp tea-tree forest regrowth_South East Queensland_444"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3897	"Swamp tea-tree forest regrowth_South East Queensland_444"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3898	"Swamp tea-tree forest regrowth_South East Queensland_444"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3899	"Swamp tea-tree forest regrowth_South East Queensland_445"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3900	"Swamp tea-tree forest regrowth_South East Queensland_445"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3901	"Swamp tea-tree forest regrowth_South East Queensland_445"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3902	"Swamp tea-tree forest regrowth_South East Queensland_445"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3903	"Swamp tea-tree forest regrowth_South East Queensland_445"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3904	"Swamp tea-tree forest regrowth_South East Queensland_445"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3905	"Swamp tea-tree forest regrowth_South East Queensland_445"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3906	"Swamp tea-tree forest regrowth_South East Queensland_445"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3907	"Swamp tea-tree forest regrowth_South East Queensland_445"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3908	"Swamp tea-tree forest regrowth_South East Queensland_445"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3909	"Swamp tea-tree forest regrowth_South East Queensland_445"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3910	"Swamp tea-tree forest regrowth_South East Queensland_446"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3911	"Swamp tea-tree forest regrowth_South East Queensland_446"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3912	"Swamp tea-tree forest regrowth_South East Queensland_446"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3913	"Swamp tea-tree forest regrowth_South East Queensland_446"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3914	"Swamp tea-tree forest regrowth_South East Queensland_446"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3915	"Swamp tea-tree forest regrowth_South East Queensland_446"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3916	"Swamp tea-tree forest regrowth_South East Queensland_446"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3917	"Swamp tea-tree forest regrowth_South East Queensland_446"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3918	"Swamp tea-tree forest regrowth_South East Queensland_446"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3919	"Swamp tea-tree forest regrowth_South East Queensland_446"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3920	"Swamp tea-tree forest regrowth_South East Queensland_446"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3921	"Purga Nature Reserve - Swamp tea-tree forest regrowth_South East Queensland_447"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3922	"Purga Nature Reserve - Swamp tea-tree forest regrowth_South East Queensland_447"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3923	"Purga Nature Reserve - Swamp tea-tree forest regrowth_South East Queensland_447"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3924	"Purga Nature Reserve - Swamp tea-tree forest regrowth_South East Queensland_447"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3925	"Purga Nature Reserve - Swamp tea-tree forest regrowth_South East Queensland_447"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3926	"Swamp tea-tree forest regrowth_South East Queensland_448"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3927	"Swamp tea-tree forest regrowth_South East Queensland_448"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3928	"Swamp tea-tree forest regrowth_South East Queensland_448"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3929	"Swamp tea-tree forest regrowth_South East Queensland_448"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3930	"Swamp tea-tree forest regrowth_South East Queensland_448"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3931	"Swamp tea-tree forest regrowth_South East Queensland_448"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3932	"Swamp tea-tree forest regrowth_South East Queensland_448"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3933	"Swamp tea-tree forest regrowth_South East Queensland_448"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3934	"Swamp tea-tree forest regrowth_South East Queensland_448"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3935	"Swamp tea-tree forest regrowth_South East Queensland_448"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3936	"Swamp tea-tree forest regrowth_South East Queensland_448"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3937	"Swamp tea-tree forest regrowth_South East Queensland_449"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3938	"Swamp tea-tree forest regrowth_South East Queensland_449"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3939	"Swamp tea-tree forest regrowth_South East Queensland_449"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3940	"Swamp tea-tree forest regrowth_South East Queensland_449"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3941	"Swamp tea-tree forest regrowth_South East Queensland_449"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3942	"Swamp tea-tree forest regrowth_South East Queensland_450"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3943	"Swamp tea-tree forest regrowth_South East Queensland_450"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3944	"Swamp tea-tree forest regrowth_South East Queensland_450"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3945	"Swamp tea-tree forest regrowth_South East Queensland_450"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3946	"Swamp tea-tree forest regrowth_South East Queensland_450"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3947	"Swamp tea-tree forest regrowth_South East Queensland_450"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3948	"Swamp tea-tree forest regrowth_South East Queensland_450"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3949	"Swamp tea-tree forest regrowth_South East Queensland_450"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3950	"Swamp tea-tree forest regrowth_South East Queensland_450"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3951	"Swamp tea-tree forest regrowth_South East Queensland_450"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3952	"Swamp tea-tree forest regrowth_South East Queensland_450"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3953	"Swamp tea-tree forest regrowth_South East Queensland_451"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3954	"Swamp tea-tree forest regrowth_South East Queensland_451"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3955	"Swamp tea-tree forest regrowth_South East Queensland_451"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3956	"Swamp tea-tree forest regrowth_South East Queensland_451"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3957	"Swamp tea-tree forest regrowth_South East Queensland_451"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3958	"Swamp tea-tree forest regrowth_South East Queensland_451"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3959	"Swamp tea-tree forest regrowth_South East Queensland_451"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3960	"Swamp tea-tree forest regrowth_South East Queensland_451"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3961	"Swamp tea-tree forest regrowth_South East Queensland_451"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3962	"Swamp tea-tree forest regrowth_South East Queensland_451"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3963	"Swamp tea-tree forest regrowth_South East Queensland_451"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3964	"Swamp tea-tree forest regrowth_South East Queensland_452"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3965	"Swamp tea-tree forest regrowth_South East Queensland_452"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3966	"Swamp tea-tree forest regrowth_South East Queensland_452"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3967	"Swamp tea-tree forest regrowth_South East Queensland_452"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3968	"Swamp tea-tree forest regrowth_South East Queensland_452"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3969	"Swamp tea-tree forest regrowth_South East Queensland_452"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3970	"Swamp tea-tree forest regrowth_South East Queensland_452"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3971	"Swamp tea-tree forest regrowth_South East Queensland_452"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3972	"Swamp tea-tree forest regrowth_South East Queensland_452"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3973	"Swamp tea-tree forest regrowth_South East Queensland_452"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3974	"Swamp tea-tree forest regrowth_South East Queensland_452"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3975	"Swamp tea-tree forest regrowth_South East Queensland_453"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3976	"Swamp tea-tree forest regrowth_South East Queensland_453"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3977	"Swamp tea-tree forest regrowth_South East Queensland_453"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3978	"Swamp tea-tree forest regrowth_South East Queensland_453"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3979	"Swamp tea-tree forest regrowth_South East Queensland_453"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3980	"Swamp tea-tree forest regrowth_South East Queensland_453"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3981	"Swamp tea-tree forest regrowth_South East Queensland_453"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3982	"Swamp tea-tree forest regrowth_South East Queensland_453"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3983	"Swamp tea-tree forest regrowth_South East Queensland_453"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3984	"Swamp tea-tree forest regrowth_South East Queensland_453"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3985	"Swamp tea-tree forest regrowth_South East Queensland_453"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3986	"Swamp tea-tree forest regrowth_South East Queensland_454"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3987	"Swamp tea-tree forest regrowth_South East Queensland_454"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
3988	"Swamp tea-tree forest regrowth_South East Queensland_454"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3989	"Swamp tea-tree forest regrowth_South East Queensland_454"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3990	"Swamp tea-tree forest regrowth_South East Queensland_454"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3991	"Swamp tea-tree forest regrowth_South East Queensland_454"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3992	"Swamp tea-tree forest regrowth_South East Queensland_454"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3993	"Swamp tea-tree forest regrowth_South East Queensland_454"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
3994	"Swamp tea-tree forest regrowth_South East Queensland_454"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
3995	"Swamp tea-tree forest regrowth_South East Queensland_454"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
3996	"Swamp tea-tree forest regrowth_South East Queensland_454"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
3998	"Swamp tea-tree forest regrowth_South East Queensland_456"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
3999	"Swamp tea-tree forest regrowth_South East Queensland_456"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4000	"Swamp tea-tree forest regrowth_South East Queensland_456"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4001	"Swamp tea-tree forest regrowth_South East Queensland_456"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4002	"Swamp tea-tree forest regrowth_South East Queensland_456"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4003	"Swamp tea-tree forest regrowth_South East Queensland_456"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4004	"Swamp tea-tree forest regrowth_South East Queensland_456"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4005	"Swamp tea-tree forest regrowth_South East Queensland_456"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4006	"Swamp tea-tree forest regrowth_South East Queensland_456"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4007	"Swamp tea-tree forest regrowth_South East Queensland_456"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4008	"Swamp tea-tree forest regrowth_South East Queensland_456"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4009	"Swamp tea-tree forest regrowth_South East Queensland_457"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4010	"Swamp tea-tree forest regrowth_South East Queensland_457"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4011	"Swamp tea-tree forest regrowth_South East Queensland_457"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4012	"Swamp tea-tree forest regrowth_South East Queensland_457"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4013	"Swamp tea-tree forest regrowth_South East Queensland_457"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4014	"Swamp tea-tree forest regrowth_South East Queensland_458"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4015	"Swamp tea-tree forest regrowth_South East Queensland_458"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4016	"Swamp tea-tree forest regrowth_South East Queensland_458"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4017	"Swamp tea-tree forest regrowth_South East Queensland_458"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4018	"Swamp tea-tree forest regrowth_South East Queensland_458"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4019	"Swamp tea-tree forest regrowth_South East Queensland_458"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4020	"Swamp tea-tree forest regrowth_South East Queensland_458"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4021	"Swamp tea-tree forest regrowth_South East Queensland_458"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4022	"Swamp tea-tree forest regrowth_South East Queensland_458"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4023	"Swamp tea-tree forest regrowth_South East Queensland_458"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4024	"Swamp tea-tree forest regrowth_South East Queensland_458"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4025	"Swamp tea-tree forest regrowth_South East Queensland_459"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4026	"Swamp tea-tree forest regrowth_South East Queensland_459"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4027	"Swamp tea-tree forest regrowth_South East Queensland_459"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4028	"Swamp tea-tree forest regrowth_South East Queensland_459"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4029	"Swamp tea-tree forest regrowth_South East Queensland_459"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4030	"Swamp tea-tree forest regrowth_South East Queensland_459"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4031	"Swamp tea-tree forest regrowth_South East Queensland_459"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4032	"Swamp tea-tree forest regrowth_South East Queensland_459"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4033	"Swamp tea-tree forest regrowth_South East Queensland_459"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4034	"Swamp tea-tree forest regrowth_South East Queensland_459"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4035	"Swamp tea-tree forest regrowth_South East Queensland_459"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4036	"Swamp tea-tree forest regrowth_South East Queensland_460"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4037	"Swamp tea-tree forest regrowth_South East Queensland_460"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4038	"Swamp tea-tree forest regrowth_South East Queensland_460"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4039	"Swamp tea-tree forest regrowth_South East Queensland_460"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4040	"Swamp tea-tree forest regrowth_South East Queensland_460"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4041	"Swamp tea-tree forest regrowth_South East Queensland_460"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4042	"Swamp tea-tree forest regrowth_South East Queensland_460"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4043	"Swamp tea-tree forest regrowth_South East Queensland_460"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4044	"Swamp tea-tree forest regrowth_South East Queensland_460"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4045	"Swamp tea-tree forest regrowth_South East Queensland_460"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4046	"Swamp tea-tree forest regrowth_South East Queensland_460"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4047	"Swamp tea-tree forest regrowth_South East Queensland_461"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4048	"Swamp tea-tree forest regrowth_South East Queensland_461"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4049	"Swamp tea-tree forest regrowth_South East Queensland_461"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4050	"Swamp tea-tree forest regrowth_South East Queensland_461"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4051	"Swamp tea-tree forest regrowth_South East Queensland_461"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4052	"Swamp tea-tree forest regrowth_South East Queensland_461"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4053	"Swamp tea-tree forest regrowth_South East Queensland_461"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4054	"Swamp tea-tree forest regrowth_South East Queensland_461"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4055	"Swamp tea-tree forest regrowth_South East Queensland_461"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4056	"Swamp tea-tree forest regrowth_South East Queensland_461"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4057	"Swamp tea-tree forest regrowth_South East Queensland_461"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4058	"Swamp tea-tree forest regrowth_South East Queensland_462"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4059	"Swamp tea-tree forest regrowth_South East Queensland_462"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4060	"Swamp tea-tree forest regrowth_South East Queensland_462"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4061	"Swamp tea-tree forest regrowth_South East Queensland_462"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4062	"Swamp tea-tree forest regrowth_South East Queensland_462"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4063	"Swamp tea-tree forest regrowth_South East Queensland_462"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4064	"Swamp tea-tree forest regrowth_South East Queensland_462"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4065	"Swamp tea-tree forest regrowth_South East Queensland_462"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4066	"Swamp tea-tree forest regrowth_South East Queensland_462"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4067	"Swamp tea-tree forest regrowth_South East Queensland_462"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4068	"Swamp tea-tree forest regrowth_South East Queensland_462"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4069	"Swamp tea-tree forest regrowth_South East Queensland_463"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4070	"Swamp tea-tree forest regrowth_South East Queensland_463"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4071	"Swamp tea-tree forest regrowth_South East Queensland_463"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4072	"Swamp tea-tree forest regrowth_South East Queensland_463"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4073	"Swamp tea-tree forest regrowth_South East Queensland_463"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4074	"Swamp tea-tree forest regrowth_South East Queensland_463"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4075	"Swamp tea-tree forest regrowth_South East Queensland_463"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4076	"Swamp tea-tree forest regrowth_South East Queensland_463"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4077	"Swamp tea-tree forest regrowth_South East Queensland_463"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4078	"Swamp tea-tree forest regrowth_South East Queensland_463"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4079	"Swamp tea-tree forest regrowth_South East Queensland_463"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4080	"Swamp tea-tree forest regrowth_South East Queensland_464"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4081	"Swamp tea-tree forest regrowth_South East Queensland_464"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4082	"Swamp tea-tree forest regrowth_South East Queensland_464"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4083	"Swamp tea-tree forest regrowth_South East Queensland_464"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4084	"Swamp tea-tree forest regrowth_South East Queensland_464"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4085	"Swamp tea-tree forest regrowth_South East Queensland_464"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4086	"Swamp tea-tree forest regrowth_South East Queensland_464"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4087	"Swamp tea-tree forest regrowth_South East Queensland_464"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4088	"Swamp tea-tree forest regrowth_South East Queensland_464"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4089	"Swamp tea-tree forest regrowth_South East Queensland_464"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4090	"Swamp tea-tree forest regrowth_South East Queensland_464"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4091	"Swamp tea-tree forest regrowth_South East Queensland_465"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4092	"Swamp tea-tree forest regrowth_South East Queensland_465"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4093	"Swamp tea-tree forest regrowth_South East Queensland_465"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4094	"Swamp tea-tree forest regrowth_South East Queensland_465"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4095	"Swamp tea-tree forest regrowth_South East Queensland_465"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4096	"Swamp tea-tree forest regrowth_South East Queensland_465"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4097	"Swamp tea-tree forest regrowth_South East Queensland_465"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4098	"Swamp tea-tree forest regrowth_South East Queensland_465"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4099	"Swamp tea-tree forest regrowth_South East Queensland_465"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4100	"Swamp tea-tree forest regrowth_South East Queensland_465"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4101	"Swamp tea-tree forest regrowth_South East Queensland_465"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4102	"Swamp tea-tree forest regrowth_South East Queensland_466"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4103	"Swamp tea-tree forest regrowth_South East Queensland_466"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4104	"Swamp tea-tree forest regrowth_South East Queensland_466"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4105	"Swamp tea-tree forest regrowth_South East Queensland_466"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4106	"Swamp tea-tree forest regrowth_South East Queensland_466"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4107	"Swamp tea-tree forest regrowth_South East Queensland_466"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4108	"Swamp tea-tree forest regrowth_South East Queensland_466"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4109	"Swamp tea-tree forest regrowth_South East Queensland_466"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4110	"Swamp tea-tree forest regrowth_South East Queensland_466"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4111	"Swamp tea-tree forest regrowth_South East Queensland_466"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4112	"Swamp tea-tree forest regrowth_South East Queensland_466"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4113	"Swamp tea-tree forest regrowth_South East Queensland_467"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4114	"Swamp tea-tree forest regrowth_South East Queensland_467"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4115	"Swamp tea-tree forest regrowth_South East Queensland_467"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4116	"Swamp tea-tree forest regrowth_South East Queensland_467"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4117	"Swamp tea-tree forest regrowth_South East Queensland_467"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4118	"Swamp tea-tree forest regrowth_South East Queensland_467"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4119	"Swamp tea-tree forest regrowth_South East Queensland_467"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4120	"Swamp tea-tree forest regrowth_South East Queensland_467"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4121	"Swamp tea-tree forest regrowth_South East Queensland_467"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4122	"Swamp tea-tree forest regrowth_South East Queensland_467"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4123	"Swamp tea-tree forest regrowth_South East Queensland_467"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4124	"Swamp tea-tree forest regrowth_South East Queensland_468"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4125	"Swamp tea-tree forest regrowth_South East Queensland_468"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4126	"Swamp tea-tree forest regrowth_South East Queensland_468"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4127	"Swamp tea-tree forest regrowth_South East Queensland_468"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4128	"Swamp tea-tree forest regrowth_South East Queensland_468"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4129	"Swamp tea-tree forest regrowth_South East Queensland_468"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4130	"Swamp tea-tree forest regrowth_South East Queensland_468"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4131	"Swamp tea-tree forest regrowth_South East Queensland_468"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4132	"Swamp tea-tree forest regrowth_South East Queensland_468"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4133	"Swamp tea-tree forest regrowth_South East Queensland_468"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4134	"Swamp tea-tree forest regrowth_South East Queensland_468"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4135	"Swamp tea-tree forest regrowth_South East Queensland_469"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4136	"Swamp tea-tree forest regrowth_South East Queensland_469"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4137	"Swamp tea-tree forest regrowth_South East Queensland_469"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4138	"Swamp tea-tree forest regrowth_South East Queensland_469"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4139	"Swamp tea-tree forest regrowth_South East Queensland_469"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4140	"Swamp tea-tree forest regrowth_South East Queensland_469"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4141	"Swamp tea-tree forest regrowth_South East Queensland_469"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4142	"Swamp tea-tree forest regrowth_South East Queensland_469"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4143	"Swamp tea-tree forest regrowth_South East Queensland_469"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4144	"Swamp tea-tree forest regrowth_South East Queensland_469"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4145	"Swamp tea-tree forest regrowth_South East Queensland_469"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4146	"Swamp tea-tree forest regrowth_South East Queensland_470"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4147	"Swamp tea-tree forest regrowth_South East Queensland_470"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4148	"Swamp tea-tree forest regrowth_South East Queensland_470"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4149	"Swamp tea-tree forest regrowth_South East Queensland_470"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4150	"Swamp tea-tree forest regrowth_South East Queensland_470"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4151	"Swamp tea-tree forest regrowth_South East Queensland_470"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4152	"Swamp tea-tree forest regrowth_South East Queensland_470"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4153	"Swamp tea-tree forest regrowth_South East Queensland_470"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4154	"Swamp tea-tree forest regrowth_South East Queensland_470"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4155	"Swamp tea-tree forest regrowth_South East Queensland_470"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4156	"Swamp tea-tree forest regrowth_South East Queensland_470"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4157	"Swamp tea-tree forest regrowth_South East Queensland_471"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4158	"Swamp tea-tree forest regrowth_South East Queensland_471"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4159	"Swamp tea-tree forest regrowth_South East Queensland_471"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4160	"Swamp tea-tree forest regrowth_South East Queensland_471"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4161	"Swamp tea-tree forest regrowth_South East Queensland_471"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4162	"Swamp tea-tree forest regrowth_South East Queensland_471"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4163	"Swamp tea-tree forest regrowth_South East Queensland_471"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4164	"Swamp tea-tree forest regrowth_South East Queensland_471"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4165	"Swamp tea-tree forest regrowth_South East Queensland_471"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4166	"Swamp tea-tree forest regrowth_South East Queensland_471"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4167	"Swamp tea-tree forest regrowth_South East Queensland_471"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4168	"Swamp tea-tree forest regrowth_South East Queensland_472"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4169	"Swamp tea-tree forest regrowth_South East Queensland_472"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4170	"Swamp tea-tree forest regrowth_South East Queensland_472"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4171	"Swamp tea-tree forest regrowth_South East Queensland_472"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4172	"Swamp tea-tree forest regrowth_South East Queensland_472"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4173	"Swamp tea-tree forest regrowth_South East Queensland_472"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4174	"Swamp tea-tree forest regrowth_South East Queensland_472"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4175	"Swamp tea-tree forest regrowth_South East Queensland_472"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4176	"Swamp tea-tree forest regrowth_South East Queensland_472"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4177	"Swamp tea-tree forest regrowth_South East Queensland_472"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4178	"Swamp tea-tree forest regrowth_South East Queensland_472"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4179	"Swamp tea-tree forest regrowth_South East Queensland_473"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4180	"Swamp tea-tree forest regrowth_South East Queensland_473"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4181	"Swamp tea-tree forest regrowth_South East Queensland_473"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4182	"Swamp tea-tree forest regrowth_South East Queensland_473"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4183	"Swamp tea-tree forest regrowth_South East Queensland_473"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4184	"Swamp tea-tree forest regrowth_South East Queensland_473"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4185	"Swamp tea-tree forest regrowth_South East Queensland_473"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4186	"Swamp tea-tree forest regrowth_South East Queensland_473"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4187	"Swamp tea-tree forest regrowth_South East Queensland_473"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4188	"Swamp tea-tree forest regrowth_South East Queensland_473"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4189	"Swamp tea-tree forest regrowth_South East Queensland_473"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4190	"Swamp tea-tree forest regrowth_South East Queensland_474"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4191	"Swamp tea-tree forest regrowth_South East Queensland_474"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4192	"Swamp tea-tree forest regrowth_South East Queensland_474"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4193	"Swamp tea-tree forest regrowth_South East Queensland_474"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4194	"Swamp tea-tree forest regrowth_South East Queensland_474"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4195	"Swamp tea-tree forest regrowth_South East Queensland_474"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4196	"Swamp tea-tree forest regrowth_South East Queensland_474"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4197	"Swamp tea-tree forest regrowth_South East Queensland_474"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4198	"Swamp tea-tree forest regrowth_South East Queensland_474"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4199	"Swamp tea-tree forest regrowth_South East Queensland_474"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4200	"Swamp tea-tree forest regrowth_South East Queensland_474"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4201	"Swamp tea-tree forest regrowth_South East Queensland_475"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4202	"Swamp tea-tree forest regrowth_South East Queensland_475"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4203	"Swamp tea-tree forest regrowth_South East Queensland_475"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4204	"Swamp tea-tree forest regrowth_South East Queensland_475"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4205	"Swamp tea-tree forest regrowth_South East Queensland_475"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4206	"Swamp tea-tree forest regrowth_South East Queensland_475"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4207	"Swamp tea-tree forest regrowth_South East Queensland_475"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4208	"Swamp tea-tree forest regrowth_South East Queensland_475"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4209	"Swamp tea-tree forest regrowth_South East Queensland_475"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4210	"Swamp tea-tree forest regrowth_South East Queensland_475"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4211	"Swamp tea-tree forest regrowth_South East Queensland_475"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4212	"Swamp tea-tree forest regrowth_South East Queensland_476"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4213	"Swamp tea-tree forest regrowth_South East Queensland_476"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4214	"Swamp tea-tree forest regrowth_South East Queensland_476"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4215	"Swamp tea-tree forest regrowth_South East Queensland_476"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4216	"Swamp tea-tree forest regrowth_South East Queensland_476"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4217	"Swamp tea-tree forest regrowth_South East Queensland_476"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4218	"Swamp tea-tree forest regrowth_South East Queensland_476"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4219	"Swamp tea-tree forest regrowth_South East Queensland_476"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4220	"Swamp tea-tree forest regrowth_South East Queensland_476"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4221	"Swamp tea-tree forest regrowth_South East Queensland_476"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4222	"Swamp tea-tree forest regrowth_South East Queensland_476"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4223	"Swamp tea-tree forest regrowth_South East Queensland_477"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4224	"Swamp tea-tree forest regrowth_South East Queensland_477"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4225	"Swamp tea-tree forest regrowth_South East Queensland_477"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4226	"Swamp tea-tree forest regrowth_South East Queensland_477"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4227	"Swamp tea-tree forest regrowth_South East Queensland_477"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4228	"Swamp tea-tree forest regrowth_South East Queensland_477"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4229	"Swamp tea-tree forest regrowth_South East Queensland_477"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4230	"Swamp tea-tree forest regrowth_South East Queensland_477"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4231	"Swamp tea-tree forest regrowth_South East Queensland_477"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4232	"Swamp tea-tree forest regrowth_South East Queensland_477"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4233	"Swamp tea-tree forest regrowth_South East Queensland_477"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4234	"Swamp tea-tree forest regrowth_South East Queensland_478"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4235	"Swamp tea-tree forest regrowth_South East Queensland_478"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4236	"Swamp tea-tree forest regrowth_South East Queensland_478"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4237	"Swamp tea-tree forest regrowth_South East Queensland_478"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4238	"Swamp tea-tree forest regrowth_South East Queensland_478"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4239	"Swamp tea-tree forest regrowth_South East Queensland_478"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4240	"Swamp tea-tree forest regrowth_South East Queensland_478"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4241	"Swamp tea-tree forest regrowth_South East Queensland_478"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4242	"Swamp tea-tree forest regrowth_South East Queensland_478"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4243	"Swamp tea-tree forest regrowth_South East Queensland_478"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4244	"Swamp tea-tree forest regrowth_South East Queensland_478"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4245	"Swamp tea-tree forest regrowth_South East Queensland_479"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4246	"Swamp tea-tree forest regrowth_South East Queensland_479"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4247	"Swamp tea-tree forest regrowth_South East Queensland_479"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4248	"Swamp tea-tree forest regrowth_South East Queensland_479"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4249	"Swamp tea-tree forest regrowth_South East Queensland_479"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4250	"Swamp tea-tree forest regrowth_South East Queensland_480"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4251	"Swamp tea-tree forest regrowth_South East Queensland_480"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4252	"Swamp tea-tree forest regrowth_South East Queensland_480"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4253	"Swamp tea-tree forest regrowth_South East Queensland_480"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4254	"Swamp tea-tree forest regrowth_South East Queensland_480"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4255	"Swamp tea-tree forest regrowth_South East Queensland_480"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4256	"Swamp tea-tree forest regrowth_South East Queensland_480"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4257	"Swamp tea-tree forest regrowth_South East Queensland_480"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4258	"Swamp tea-tree forest regrowth_South East Queensland_480"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4259	"Swamp tea-tree forest regrowth_South East Queensland_480"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4260	"Swamp tea-tree forest regrowth_South East Queensland_480"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4261	"Swamp tea-tree forest regrowth_South East Queensland_481"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4262	"Swamp tea-tree forest regrowth_South East Queensland_481"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4263	"Swamp tea-tree forest regrowth_South East Queensland_481"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4264	"Swamp tea-tree forest regrowth_South East Queensland_481"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4265	"Swamp tea-tree forest regrowth_South East Queensland_481"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4266	"Swamp tea-tree forest regrowth_South East Queensland_481"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4267	"Swamp tea-tree forest regrowth_South East Queensland_481"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4268	"Swamp tea-tree forest regrowth_South East Queensland_481"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4269	"Swamp tea-tree forest regrowth_South East Queensland_481"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4270	"Swamp tea-tree forest regrowth_South East Queensland_481"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4271	"Swamp tea-tree forest regrowth_South East Queensland_481"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4272	"Swamp tea-tree forest regrowth_South East Queensland_482"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4273	"Swamp tea-tree forest regrowth_South East Queensland_482"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4274	"Swamp tea-tree forest regrowth_South East Queensland_482"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4275	"Swamp tea-tree forest regrowth_South East Queensland_482"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4276	"Swamp tea-tree forest regrowth_South East Queensland_482"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4277	"Swamp tea-tree forest regrowth_South East Queensland_482"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4278	"Swamp tea-tree forest regrowth_South East Queensland_482"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4279	"Swamp tea-tree forest regrowth_South East Queensland_482"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4280	"Swamp tea-tree forest regrowth_South East Queensland_482"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4281	"Swamp tea-tree forest regrowth_South East Queensland_482"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4282	"Swamp tea-tree forest regrowth_South East Queensland_482"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4283	"Swamp tea-tree forest regrowth_South East Queensland_483"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4284	"Swamp tea-tree forest regrowth_South East Queensland_483"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4285	"Swamp tea-tree forest regrowth_South East Queensland_483"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4286	"Swamp tea-tree forest regrowth_South East Queensland_483"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4287	"Swamp tea-tree forest regrowth_South East Queensland_483"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4288	"Swamp tea-tree forest regrowth_South East Queensland_483"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4289	"Swamp tea-tree forest regrowth_South East Queensland_483"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4290	"Swamp tea-tree forest regrowth_South East Queensland_483"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4291	"Swamp tea-tree forest regrowth_South East Queensland_483"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4292	"Swamp tea-tree forest regrowth_South East Queensland_483"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4293	"Swamp tea-tree forest regrowth_South East Queensland_483"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4294	"Swamp tea-tree forest regrowth_South East Queensland_484"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4295	"Swamp tea-tree forest regrowth_South East Queensland_484"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4296	"Swamp tea-tree forest regrowth_South East Queensland_484"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4297	"Swamp tea-tree forest regrowth_South East Queensland_484"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4298	"Swamp tea-tree forest regrowth_South East Queensland_484"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4299	"Swamp tea-tree forest regrowth_South East Queensland_484"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4300	"Swamp tea-tree forest regrowth_South East Queensland_484"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4301	"Swamp tea-tree forest regrowth_South East Queensland_484"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4302	"Swamp tea-tree forest regrowth_South East Queensland_484"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4303	"Swamp tea-tree forest regrowth_South East Queensland_484"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4304	"Swamp tea-tree forest regrowth_South East Queensland_484"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4305	"Swamp tea-tree forest regrowth_South East Queensland_485"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4306	"Swamp tea-tree forest regrowth_South East Queensland_485"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4307	"Swamp tea-tree forest regrowth_South East Queensland_485"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4308	"Swamp tea-tree forest regrowth_South East Queensland_485"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4309	"Swamp tea-tree forest regrowth_South East Queensland_485"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4310	"Swamp tea-tree forest regrowth_South East Queensland_485"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4311	"Swamp tea-tree forest regrowth_South East Queensland_485"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4312	"Swamp tea-tree forest regrowth_South East Queensland_485"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4313	"Swamp tea-tree forest regrowth_South East Queensland_485"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4314	"Swamp tea-tree forest regrowth_South East Queensland_485"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4315	"Swamp tea-tree forest regrowth_South East Queensland_485"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4316	"Swamp tea-tree forest regrowth_South East Queensland_486"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4317	"Swamp tea-tree forest regrowth_South East Queensland_486"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4318	"Swamp tea-tree forest regrowth_South East Queensland_486"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4319	"Swamp tea-tree forest regrowth_South East Queensland_486"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4320	"Swamp tea-tree forest regrowth_South East Queensland_486"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4321	"Swamp tea-tree forest regrowth_South East Queensland_486"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4322	"Swamp tea-tree forest regrowth_South East Queensland_486"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4323	"Swamp tea-tree forest regrowth_South East Queensland_486"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4324	"Swamp tea-tree forest regrowth_South East Queensland_486"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4325	"Swamp tea-tree forest regrowth_South East Queensland_486"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4326	"Swamp tea-tree forest regrowth_South East Queensland_486"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4327	"Swamp tea-tree forest regrowth_South East Queensland_487"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4328	"Swamp tea-tree forest regrowth_South East Queensland_487"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4329	"Swamp tea-tree forest regrowth_South East Queensland_487"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4330	"Swamp tea-tree forest regrowth_South East Queensland_487"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4331	"Swamp tea-tree forest regrowth_South East Queensland_487"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4332	"Swamp tea-tree forest regrowth_South East Queensland_487"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4333	"Swamp tea-tree forest regrowth_South East Queensland_487"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4334	"Swamp tea-tree forest regrowth_South East Queensland_487"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4335	"Swamp tea-tree forest regrowth_South East Queensland_487"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4336	"Swamp tea-tree forest regrowth_South East Queensland_487"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4337	"Swamp tea-tree forest regrowth_South East Queensland_487"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4338	"Swamp tea-tree forest regrowth_South East Queensland_488"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4339	"Swamp tea-tree forest regrowth_South East Queensland_488"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4340	"Swamp tea-tree forest regrowth_South East Queensland_488"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4341	"Swamp tea-tree forest regrowth_South East Queensland_488"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4342	"Swamp tea-tree forest regrowth_South East Queensland_488"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4343	"Swamp tea-tree forest regrowth_South East Queensland_488"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4344	"Swamp tea-tree forest regrowth_South East Queensland_488"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4345	"Swamp tea-tree forest regrowth_South East Queensland_488"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4346	"Swamp tea-tree forest regrowth_South East Queensland_488"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4347	"Swamp tea-tree forest regrowth_South East Queensland_488"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4348	"Swamp tea-tree forest regrowth_South East Queensland_488"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4349	"Swamp tea-tree forest regrowth_South East Queensland_489"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4350	"Swamp tea-tree forest regrowth_South East Queensland_489"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4351	"Swamp tea-tree forest regrowth_South East Queensland_489"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4352	"Swamp tea-tree forest regrowth_South East Queensland_489"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4353	"Swamp tea-tree forest regrowth_South East Queensland_489"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4354	"Swamp tea-tree forest regrowth_South East Queensland_489"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4355	"Swamp tea-tree forest regrowth_South East Queensland_489"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4356	"Swamp tea-tree forest regrowth_South East Queensland_489"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4357	"Swamp tea-tree forest regrowth_South East Queensland_489"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4358	"Swamp tea-tree forest regrowth_South East Queensland_489"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4359	"Swamp tea-tree forest regrowth_South East Queensland_489"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4360	"Swamp tea-tree forest regrowth_South East Queensland_490"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4361	"Swamp tea-tree forest regrowth_South East Queensland_490"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4362	"Swamp tea-tree forest regrowth_South East Queensland_490"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4363	"Swamp tea-tree forest regrowth_South East Queensland_490"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4364	"Swamp tea-tree forest regrowth_South East Queensland_490"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4365	"Swamp tea-tree forest regrowth_South East Queensland_490"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4366	"Swamp tea-tree forest regrowth_South East Queensland_490"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4367	"Swamp tea-tree forest regrowth_South East Queensland_490"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4368	"Swamp tea-tree forest regrowth_South East Queensland_490"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4369	"Swamp tea-tree forest regrowth_South East Queensland_490"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4370	"Swamp tea-tree forest regrowth_South East Queensland_490"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4371	"Swamp tea-tree forest regrowth_South East Queensland_491"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4372	"Swamp tea-tree forest regrowth_South East Queensland_491"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4373	"Swamp tea-tree forest regrowth_South East Queensland_491"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4374	"Swamp tea-tree forest regrowth_South East Queensland_491"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4375	"Swamp tea-tree forest regrowth_South East Queensland_491"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4376	"Swamp tea-tree forest regrowth_South East Queensland_491"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4377	"Swamp tea-tree forest regrowth_South East Queensland_491"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4378	"Swamp tea-tree forest regrowth_South East Queensland_491"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4379	"Swamp tea-tree forest regrowth_South East Queensland_491"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4380	"Swamp tea-tree forest regrowth_South East Queensland_491"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4381	"Swamp tea-tree forest regrowth_South East Queensland_491"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4382	"Swamp tea-tree forest regrowth_South East Queensland_492"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4383	"Swamp tea-tree forest regrowth_South East Queensland_492"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4384	"Swamp tea-tree forest regrowth_South East Queensland_492"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4385	"Swamp tea-tree forest regrowth_South East Queensland_492"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4386	"Swamp tea-tree forest regrowth_South East Queensland_492"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4387	"Swamp tea-tree forest regrowth_South East Queensland_492"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4388	"Swamp tea-tree forest regrowth_South East Queensland_492"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4389	"Swamp tea-tree forest regrowth_South East Queensland_492"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4390	"Swamp tea-tree forest regrowth_South East Queensland_492"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4391	"Swamp tea-tree forest regrowth_South East Queensland_492"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4392	"Swamp tea-tree forest regrowth_South East Queensland_492"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4393	"Swamp tea-tree forest regrowth_South East Queensland_493"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4394	"Swamp tea-tree forest regrowth_South East Queensland_493"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4395	"Swamp tea-tree forest regrowth_South East Queensland_493"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4396	"Swamp tea-tree forest regrowth_South East Queensland_493"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4397	"Swamp tea-tree forest regrowth_South East Queensland_493"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4398	"Swamp tea-tree forest regrowth_South East Queensland_494"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4399	"Swamp tea-tree forest regrowth_South East Queensland_494"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4400	"Swamp tea-tree forest regrowth_South East Queensland_494"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4401	"Swamp tea-tree forest regrowth_South East Queensland_494"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4402	"Swamp tea-tree forest regrowth_South East Queensland_494"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4403	"Swamp tea-tree forest regrowth_South East Queensland_494"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4404	"Swamp tea-tree forest regrowth_South East Queensland_494"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4405	"Swamp tea-tree forest regrowth_South East Queensland_494"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4406	"Swamp tea-tree forest regrowth_South East Queensland_494"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4407	"Swamp tea-tree forest regrowth_South East Queensland_494"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4408	"Swamp tea-tree forest regrowth_South East Queensland_494"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4409	"Swamp tea-tree forest regrowth_South East Queensland_495"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4410	"Swamp tea-tree forest regrowth_South East Queensland_495"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4411	"Swamp tea-tree forest regrowth_South East Queensland_495"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4412	"Swamp tea-tree forest regrowth_South East Queensland_495"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4413	"Swamp tea-tree forest regrowth_South East Queensland_495"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4414	"Swamp tea-tree forest regrowth_South East Queensland_495"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4415	"Swamp tea-tree forest regrowth_South East Queensland_495"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4416	"Swamp tea-tree forest regrowth_South East Queensland_495"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4417	"Swamp tea-tree forest regrowth_South East Queensland_495"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4418	"Swamp tea-tree forest regrowth_South East Queensland_495"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4419	"Swamp tea-tree forest regrowth_South East Queensland_495"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4421	"Swamp tea-tree forest regrowth_South East Queensland_497"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4422	"Swamp tea-tree forest regrowth_South East Queensland_497"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4423	"Swamp tea-tree forest regrowth_South East Queensland_497"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4424	"Swamp tea-tree forest regrowth_South East Queensland_497"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4425	"Swamp tea-tree forest regrowth_South East Queensland_497"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4426	"Swamp tea-tree forest regrowth_South East Queensland_497"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4427	"Swamp tea-tree forest regrowth_South East Queensland_497"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4428	"Swamp tea-tree forest regrowth_South East Queensland_498"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4429	"Swamp tea-tree forest regrowth_South East Queensland_498"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4430	"Swamp tea-tree forest regrowth_South East Queensland_498"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4431	"Swamp tea-tree forest regrowth_South East Queensland_498"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4432	"Swamp tea-tree forest regrowth_South East Queensland_498"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4433	"Swamp tea-tree forest regrowth_South East Queensland_498"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4434	"Swamp tea-tree forest regrowth_South East Queensland_498"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4435	"Swamp tea-tree forest regrowth_South East Queensland_498"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4436	"Swamp tea-tree forest regrowth_South East Queensland_498"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4437	"Swamp tea-tree forest regrowth_South East Queensland_498"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4438	"Swamp tea-tree forest regrowth_South East Queensland_498"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4439	"Swamp tea-tree forest regrowth_South East Queensland_499"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4440	"Swamp tea-tree forest regrowth_South East Queensland_499"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4441	"Swamp tea-tree forest regrowth_South East Queensland_499"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4442	"Swamp tea-tree forest regrowth_South East Queensland_499"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4443	"Swamp tea-tree forest regrowth_South East Queensland_499"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4444	"Swamp tea-tree forest regrowth_South East Queensland_499"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4445	"Swamp tea-tree forest regrowth_South East Queensland_499"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4446	"Swamp tea-tree forest regrowth_South East Queensland_499"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4447	"Swamp tea-tree forest regrowth_South East Queensland_499"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4448	"Swamp tea-tree forest regrowth_South East Queensland_499"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4449	"Swamp tea-tree forest regrowth_South East Queensland_499"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4450	"Swamp tea-tree forest regrowth_South East Queensland_500"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4451	"Swamp tea-tree forest regrowth_South East Queensland_501"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4452	"Swamp tea-tree forest regrowth_South East Queensland_501"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4453	"Swamp tea-tree forest regrowth_South East Queensland_501"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4454	"Swamp tea-tree forest regrowth_South East Queensland_501"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4455	"Swamp tea-tree forest regrowth_South East Queensland_501"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4456	"Swamp tea-tree forest regrowth_South East Queensland_502"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4457	"Swamp tea-tree forest regrowth_South East Queensland_502"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4458	"Swamp tea-tree forest regrowth_South East Queensland_502"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4459	"Swamp tea-tree forest regrowth_South East Queensland_502"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4460	"Swamp tea-tree forest regrowth_South East Queensland_502"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4461	"Swamp tea-tree forest regrowth_South East Queensland_502"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4462	"Swamp tea-tree forest regrowth_South East Queensland_502"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4463	"Swamp tea-tree forest regrowth_South East Queensland_502"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4464	"Swamp tea-tree forest regrowth_South East Queensland_502"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4465	"Swamp tea-tree forest regrowth_South East Queensland_502"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4466	"Swamp tea-tree forest regrowth_South East Queensland_502"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4467	"Swamp tea-tree forest regrowth_South East Queensland_503"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4468	"Swamp tea-tree forest regrowth_South East Queensland_503"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4469	"Swamp tea-tree forest regrowth_South East Queensland_503"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4470	"Swamp tea-tree forest regrowth_South East Queensland_503"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4471	"Swamp tea-tree forest regrowth_South East Queensland_503"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4472	"Swamp tea-tree forest regrowth_South East Queensland_503"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4473	"Swamp tea-tree forest regrowth_South East Queensland_503"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4474	"Swamp tea-tree forest regrowth_South East Queensland_503"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4475	"Swamp tea-tree forest regrowth_South East Queensland_503"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4476	"Swamp tea-tree forest regrowth_South East Queensland_503"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4477	"Swamp tea-tree forest regrowth_South East Queensland_503"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4478	"Swamp tea-tree forest regrowth_South East Queensland_504"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4479	"Swamp tea-tree forest regrowth_South East Queensland_504"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4480	"Swamp tea-tree forest regrowth_South East Queensland_504"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4481	"Swamp tea-tree forest regrowth_South East Queensland_504"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4482	"Swamp tea-tree forest regrowth_South East Queensland_504"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4483	"Swamp tea-tree forest regrowth_South East Queensland_504"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4484	"Swamp tea-tree forest regrowth_South East Queensland_504"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4485	"Swamp tea-tree forest regrowth_South East Queensland_504"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4486	"Swamp tea-tree forest regrowth_South East Queensland_504"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4487	"Swamp tea-tree forest regrowth_South East Queensland_504"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4488	"Swamp tea-tree forest regrowth_South East Queensland_504"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4489	"Swamp tea-tree forest regrowth_South East Queensland_505"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4490	"Swamp tea-tree forest regrowth_South East Queensland_505"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4491	"Swamp tea-tree forest regrowth_South East Queensland_505"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4492	"Swamp tea-tree forest regrowth_South East Queensland_505"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4493	"Swamp tea-tree forest regrowth_South East Queensland_505"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4494	"Swamp tea-tree forest regrowth_South East Queensland_506"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4495	"Swamp tea-tree forest regrowth_South East Queensland_506"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4496	"Swamp tea-tree forest regrowth_South East Queensland_506"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4497	"Swamp tea-tree forest regrowth_South East Queensland_506"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4498	"Swamp tea-tree forest regrowth_South East Queensland_506"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4499	"Swamp tea-tree forest regrowth_South East Queensland_507"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4500	"Swamp tea-tree forest regrowth_South East Queensland_507"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4501	"Swamp tea-tree forest regrowth_South East Queensland_507"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4502	"Swamp tea-tree forest regrowth_South East Queensland_507"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4503	"Swamp tea-tree forest regrowth_South East Queensland_507"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4504	"Swamp tea-tree forest regrowth_South East Queensland_507"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4505	"Swamp tea-tree forest regrowth_South East Queensland_507"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4506	"Swamp tea-tree forest regrowth_South East Queensland_507"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4507	"Swamp tea-tree forest regrowth_South East Queensland_507"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4508	"Swamp tea-tree forest regrowth_South East Queensland_507"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4509	"Swamp tea-tree forest regrowth_South East Queensland_507"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4510	"Swamp tea-tree forest regrowth_South East Queensland_508"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4511	"Swamp tea-tree forest regrowth_South East Queensland_508"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4512	"Swamp tea-tree forest regrowth_South East Queensland_508"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4513	"Swamp tea-tree forest regrowth_South East Queensland_508"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4514	"Swamp tea-tree forest regrowth_South East Queensland_508"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4515	"Swamp tea-tree forest regrowth_South East Queensland_508"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4516	"Swamp tea-tree forest regrowth_South East Queensland_508"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4517	"Swamp tea-tree forest regrowth_South East Queensland_508"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4518	"Swamp tea-tree forest regrowth_South East Queensland_508"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4519	"Swamp tea-tree forest regrowth_South East Queensland_508"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4520	"Swamp tea-tree forest regrowth_South East Queensland_508"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4521	"Swamp tea-tree forest regrowth_South East Queensland_509"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4522	"Swamp tea-tree forest regrowth_South East Queensland_510"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4523	"Swamp tea-tree forest regrowth_South East Queensland_510"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4524	"Swamp tea-tree forest regrowth_South East Queensland_510"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4525	"Swamp tea-tree forest regrowth_South East Queensland_510"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4526	"Swamp tea-tree forest regrowth_South East Queensland_510"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4527	"Swamp tea-tree forest regrowth_South East Queensland_510"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4528	"Swamp tea-tree forest regrowth_South East Queensland_510"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4529	"Swamp tea-tree forest regrowth_South East Queensland_510"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4530	"Swamp tea-tree forest regrowth_South East Queensland_510"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4531	"Swamp tea-tree forest regrowth_South East Queensland_510"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4532	"Swamp tea-tree forest regrowth_South East Queensland_510"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4533	"Swamp tea-tree forest regrowth_South East Queensland_511"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4534	"Swamp tea-tree forest regrowth_South East Queensland_511"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4535	"Swamp tea-tree forest regrowth_South East Queensland_511"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4536	"Swamp tea-tree forest regrowth_South East Queensland_511"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4537	"Swamp tea-tree forest regrowth_South East Queensland_511"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4538	"Swamp tea-tree forest regrowth_South East Queensland_511"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4539	"Swamp tea-tree forest regrowth_South East Queensland_511"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4540	"Swamp tea-tree forest regrowth_South East Queensland_511"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4541	"Swamp tea-tree forest regrowth_South East Queensland_511"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4542	"Swamp tea-tree forest regrowth_South East Queensland_511"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4543	"Swamp tea-tree forest regrowth_South East Queensland_511"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4544	"Swamp tea-tree forest regrowth_South East Queensland_512"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4545	"Swamp tea-tree forest regrowth_South East Queensland_513"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4546	"Swamp tea-tree forest regrowth_South East Queensland_513"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4547	"Swamp tea-tree forest regrowth_South East Queensland_513"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4548	"Swamp tea-tree forest regrowth_South East Queensland_513"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4549	"Swamp tea-tree forest regrowth_South East Queensland_513"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4550	"Swamp tea-tree forest regrowth_South East Queensland_513"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4551	"Swamp tea-tree forest regrowth_South East Queensland_513"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4552	"Swamp tea-tree forest regrowth_South East Queensland_513"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4553	"Swamp tea-tree forest regrowth_South East Queensland_513"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4554	"Swamp tea-tree forest regrowth_South East Queensland_513"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4555	"Swamp tea-tree forest regrowth_South East Queensland_513"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4556	"Swamp tea-tree forest regrowth_South East Queensland_514"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4557	"Swamp tea-tree forest regrowth_South East Queensland_514"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4558	"Swamp tea-tree forest regrowth_South East Queensland_514"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4559	"Swamp tea-tree forest regrowth_South East Queensland_514"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4560	"Swamp tea-tree forest regrowth_South East Queensland_514"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4561	"Swamp tea-tree forest regrowth_South East Queensland_514"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4562	"Swamp tea-tree forest regrowth_South East Queensland_514"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4563	"Swamp tea-tree forest regrowth_South East Queensland_514"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4564	"Swamp tea-tree forest regrowth_South East Queensland_514"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4565	"Swamp tea-tree forest regrowth_South East Queensland_514"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4566	"Swamp tea-tree forest regrowth_South East Queensland_514"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4567	"Swamp tea-tree forest regrowth_South East Queensland_515"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4568	"Swamp tea-tree forest regrowth_South East Queensland_515"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4569	"Swamp tea-tree forest regrowth_South East Queensland_515"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4570	"Swamp tea-tree forest regrowth_South East Queensland_515"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4571	"Swamp tea-tree forest regrowth_South East Queensland_515"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4572	"Swamp tea-tree forest regrowth_South East Queensland_515"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4573	"Swamp tea-tree forest regrowth_South East Queensland_515"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4574	"Swamp tea-tree forest regrowth_South East Queensland_515"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4575	"Swamp tea-tree forest regrowth_South East Queensland_515"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4576	"Swamp tea-tree forest regrowth_South East Queensland_515"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4577	"Swamp tea-tree forest regrowth_South East Queensland_515"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4578	"Swamp tea-tree forest regrowth_South East Queensland_516"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4579	"Swamp tea-tree forest regrowth_South East Queensland_516"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4580	"Swamp tea-tree forest regrowth_South East Queensland_516"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4581	"Swamp tea-tree forest regrowth_South East Queensland_516"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4582	"Swamp tea-tree forest regrowth_South East Queensland_516"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4583	"Swamp tea-tree forest regrowth_South East Queensland_517"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4584	"Swamp tea-tree forest regrowth_South East Queensland_517"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4585	"Swamp tea-tree forest regrowth_South East Queensland_517"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4586	"Swamp tea-tree forest regrowth_South East Queensland_517"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4587	"Swamp tea-tree forest regrowth_South East Queensland_517"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4588	"Swamp tea-tree forest regrowth_South East Queensland_517"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4589	"Swamp tea-tree forest regrowth_South East Queensland_517"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4590	"Swamp tea-tree forest regrowth_South East Queensland_517"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4591	"Swamp tea-tree forest regrowth_South East Queensland_517"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4592	"Swamp tea-tree forest regrowth_South East Queensland_517"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4593	"Swamp tea-tree forest regrowth_South East Queensland_517"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4594	"Swamp tea-tree forest regrowth_South East Queensland_518"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4595	"Swamp tea-tree forest regrowth_South East Queensland_518"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4596	"Swamp tea-tree forest regrowth_South East Queensland_518"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4597	"Swamp tea-tree forest regrowth_South East Queensland_518"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4598	"Swamp tea-tree forest regrowth_South East Queensland_518"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4599	"Swamp tea-tree forest regrowth_South East Queensland_518"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4600	"Swamp tea-tree forest regrowth_South East Queensland_518"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4601	"Swamp tea-tree forest regrowth_South East Queensland_518"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4602	"Swamp tea-tree forest regrowth_South East Queensland_518"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4603	"Swamp tea-tree forest regrowth_South East Queensland_518"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4604	"Swamp tea-tree forest regrowth_South East Queensland_518"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4605	"Swamp tea-tree forest regrowth_South East Queensland_519"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4606	"Swamp tea-tree forest regrowth_South East Queensland_519"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4607	"Swamp tea-tree forest regrowth_South East Queensland_519"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4608	"Swamp tea-tree forest regrowth_South East Queensland_519"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4609	"Swamp tea-tree forest regrowth_South East Queensland_519"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4610	"Swamp tea-tree forest regrowth_South East Queensland_519"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4611	"Swamp tea-tree forest regrowth_South East Queensland_519"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4612	"Swamp tea-tree forest regrowth_South East Queensland_519"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4613	"Swamp tea-tree forest regrowth_South East Queensland_519"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4614	"Swamp tea-tree forest regrowth_South East Queensland_519"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4615	"Swamp tea-tree forest regrowth_South East Queensland_519"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4616	"Swamp tea-tree forest regrowth_South East Queensland_520"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4617	"Swamp tea-tree forest regrowth_South East Queensland_520"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4618	"Swamp tea-tree forest regrowth_South East Queensland_520"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4619	"Swamp tea-tree forest regrowth_South East Queensland_520"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4620	"Swamp tea-tree forest regrowth_South East Queensland_520"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4621	"Swamp tea-tree forest regrowth_South East Queensland_520"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4622	"Swamp tea-tree forest regrowth_South East Queensland_520"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4623	"Swamp tea-tree forest regrowth_South East Queensland_520"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4624	"Swamp tea-tree forest regrowth_South East Queensland_520"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4625	"Swamp tea-tree forest regrowth_South East Queensland_520"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4626	"Swamp tea-tree forest regrowth_South East Queensland_520"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4628	"Swamp tea-tree forest regrowth_South East Queensland_522"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4629	"Swamp tea-tree forest regrowth_South East Queensland_522"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4630	"Swamp tea-tree forest regrowth_South East Queensland_522"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4631	"Swamp tea-tree forest regrowth_South East Queensland_522"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4632	"Swamp tea-tree forest regrowth_South East Queensland_522"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4633	"Swamp tea-tree forest regrowth_South East Queensland_523"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4634	"Swamp tea-tree forest regrowth_South East Queensland_523"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4635	"Swamp tea-tree forest regrowth_South East Queensland_523"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4636	"Swamp tea-tree forest regrowth_South East Queensland_523"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4637	"Swamp tea-tree forest regrowth_South East Queensland_523"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4638	"Swamp tea-tree forest regrowth_South East Queensland_523"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4639	"Swamp tea-tree forest regrowth_South East Queensland_523"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4640	"Swamp tea-tree forest regrowth_South East Queensland_523"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4641	"Swamp tea-tree forest regrowth_South East Queensland_523"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4642	"Swamp tea-tree forest regrowth_South East Queensland_523"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4643	"Swamp tea-tree forest regrowth_South East Queensland_523"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4644	"Swamp tea-tree forest regrowth_South East Queensland_524"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4645	"Swamp tea-tree forest regrowth_South East Queensland_524"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4646	"Swamp tea-tree forest regrowth_South East Queensland_524"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4647	"Swamp tea-tree forest regrowth_South East Queensland_524"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4648	"Swamp tea-tree forest regrowth_South East Queensland_524"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4649	"Swamp tea-tree forest regrowth_South East Queensland_524"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4650	"Swamp tea-tree forest regrowth_South East Queensland_524"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4651	"Swamp tea-tree forest regrowth_South East Queensland_524"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4652	"Swamp tea-tree forest regrowth_South East Queensland_524"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4653	"Swamp tea-tree forest regrowth_South East Queensland_524"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4654	"Swamp tea-tree forest regrowth_South East Queensland_524"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4656	"Swamp tea-tree forest regrowth_South East Queensland_526"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4657	"Swamp tea-tree forest regrowth_South East Queensland_526"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4658	"Swamp tea-tree forest regrowth_South East Queensland_526"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4659	"Swamp tea-tree forest regrowth_South East Queensland_526"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4660	"Swamp tea-tree forest regrowth_South East Queensland_526"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4661	"Swamp tea-tree forest regrowth_South East Queensland_526"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4662	"Swamp tea-tree forest regrowth_South East Queensland_526"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4663	"Swamp tea-tree forest regrowth_South East Queensland_526"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4664	"Swamp tea-tree forest regrowth_South East Queensland_526"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4665	"Swamp tea-tree forest regrowth_South East Queensland_526"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4666	"Swamp tea-tree forest regrowth_South East Queensland_526"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4667	"Swamp tea-tree forest regrowth_South East Queensland_527"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4668	"Swamp tea-tree forest regrowth_South East Queensland_527"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4669	"Swamp tea-tree forest regrowth_South East Queensland_527"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4670	"Swamp tea-tree forest regrowth_South East Queensland_527"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4671	"Swamp tea-tree forest regrowth_South East Queensland_527"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4672	"Swamp tea-tree forest regrowth_South East Queensland_527"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4673	"Swamp tea-tree forest regrowth_South East Queensland_527"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4674	"Swamp tea-tree forest regrowth_South East Queensland_527"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4675	"Swamp tea-tree forest regrowth_South East Queensland_527"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4676	"Swamp tea-tree forest regrowth_South East Queensland_527"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4677	"Swamp tea-tree forest regrowth_South East Queensland_527"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4678	"Swamp tea-tree forest regrowth_South East Queensland_528"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4679	"Swamp tea-tree forest regrowth_South East Queensland_528"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4680	"Swamp tea-tree forest regrowth_South East Queensland_528"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4681	"Swamp tea-tree forest regrowth_South East Queensland_528"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4682	"Swamp tea-tree forest regrowth_South East Queensland_528"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4683	"Swamp tea-tree forest regrowth_South East Queensland_528"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4684	"Swamp tea-tree forest regrowth_South East Queensland_528"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4685	"Swamp tea-tree forest regrowth_South East Queensland_528"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4686	"Swamp tea-tree forest regrowth_South East Queensland_528"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4687	"Swamp tea-tree forest regrowth_South East Queensland_528"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4688	"Swamp tea-tree forest regrowth_South East Queensland_528"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4689	"Swamp tea-tree forest regrowth_South East Queensland_529"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4690	"Swamp tea-tree forest regrowth_South East Queensland_529"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4691	"Swamp tea-tree forest regrowth_South East Queensland_529"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4692	"Swamp tea-tree forest regrowth_South East Queensland_529"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4693	"Swamp tea-tree forest regrowth_South East Queensland_529"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4694	"Swamp tea-tree forest regrowth_South East Queensland_530"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4695	"Swamp tea-tree forest regrowth_South East Queensland_530"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4696	"Swamp tea-tree forest regrowth_South East Queensland_530"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4697	"Swamp tea-tree forest regrowth_South East Queensland_530"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4698	"Swamp tea-tree forest regrowth_South East Queensland_530"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4699	"Swamp tea-tree forest regrowth_South East Queensland_530"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4700	"Swamp tea-tree forest regrowth_South East Queensland_530"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4701	"Swamp tea-tree forest regrowth_South East Queensland_530"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4702	"Swamp tea-tree forest regrowth_South East Queensland_530"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4703	"Swamp tea-tree forest regrowth_South East Queensland_530"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4704	"Swamp tea-tree forest regrowth_South East Queensland_530"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4705	"Swamp tea-tree forest regrowth_South East Queensland_531"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4706	"Swamp tea-tree forest regrowth_South East Queensland_531"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4707	"Swamp tea-tree forest regrowth_South East Queensland_531"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4708	"Swamp tea-tree forest regrowth_South East Queensland_531"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4709	"Swamp tea-tree forest regrowth_South East Queensland_531"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4710	"Swamp tea-tree forest regrowth_South East Queensland_531"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4711	"Swamp tea-tree forest regrowth_South East Queensland_531"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4712	"Swamp tea-tree forest regrowth_South East Queensland_531"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4713	"Swamp tea-tree forest regrowth_South East Queensland_531"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4714	"Swamp tea-tree forest regrowth_South East Queensland_531"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4715	"Swamp tea-tree forest regrowth_South East Queensland_531"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4716	"Swamp tea-tree forest regrowth_South East Queensland_532"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4717	"Swamp tea-tree forest regrowth_South East Queensland_532"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4718	"Swamp tea-tree forest regrowth_South East Queensland_532"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4719	"Swamp tea-tree forest regrowth_South East Queensland_532"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4720	"Swamp tea-tree forest regrowth_South East Queensland_532"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4721	"Swamp tea-tree forest regrowth_South East Queensland_532"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4722	"Swamp tea-tree forest regrowth_South East Queensland_532"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4723	"Swamp tea-tree forest regrowth_South East Queensland_532"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4724	"Swamp tea-tree forest regrowth_South East Queensland_532"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4725	"Swamp tea-tree forest regrowth_South East Queensland_532"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4726	"Swamp tea-tree forest regrowth_South East Queensland_532"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4727	"Swamp tea-tree forest regrowth_South East Queensland_533"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4728	"Swamp tea-tree forest regrowth_South East Queensland_533"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4729	"Swamp tea-tree forest regrowth_South East Queensland_533"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4730	"Swamp tea-tree forest regrowth_South East Queensland_533"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4731	"Swamp tea-tree forest regrowth_South East Queensland_533"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4732	"Swamp tea-tree forest regrowth_South East Queensland_533"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4733	"Swamp tea-tree forest regrowth_South East Queensland_533"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4734	"Swamp tea-tree forest regrowth_South East Queensland_533"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4735	"Swamp tea-tree forest regrowth_South East Queensland_533"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4736	"Swamp tea-tree forest regrowth_South East Queensland_533"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4737	"Swamp tea-tree forest regrowth_South East Queensland_533"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4739	"Swamp tea-tree forest regrowth_South East Queensland_535"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4740	"Swamp tea-tree forest regrowth_South East Queensland_535"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4741	"Swamp tea-tree forest regrowth_South East Queensland_535"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4742	"Swamp tea-tree forest regrowth_South East Queensland_535"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4743	"Swamp tea-tree forest regrowth_South East Queensland_535"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4744	"Swamp tea-tree forest regrowth_South East Queensland_535"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4745	"Swamp tea-tree forest regrowth_South East Queensland_535"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4746	"Swamp tea-tree forest regrowth_South East Queensland_535"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4747	"Swamp tea-tree forest regrowth_South East Queensland_535"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4748	"Swamp tea-tree forest regrowth_South East Queensland_535"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4749	"Swamp tea-tree forest regrowth_South East Queensland_537"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4750	"Swamp tea-tree forest regrowth_South East Queensland_537"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4751	"Swamp tea-tree forest regrowth_South East Queensland_537"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4752	"Swamp tea-tree forest regrowth_South East Queensland_537"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4753	"Swamp tea-tree forest regrowth_South East Queensland_537"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4754	"Swamp tea-tree forest regrowth_South East Queensland_537"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4755	"Swamp tea-tree forest regrowth_South East Queensland_537"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4756	"Swamp tea-tree forest regrowth_South East Queensland_538"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4757	"Swamp tea-tree forest regrowth_South East Queensland_538"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4758	"Swamp tea-tree forest regrowth_South East Queensland_538"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4759	"Swamp tea-tree forest regrowth_South East Queensland_538"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4760	"Swamp tea-tree forest regrowth_South East Queensland_538"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4761	"Swamp tea-tree forest regrowth_South East Queensland_538"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4762	"Swamp tea-tree forest regrowth_South East Queensland_538"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4763	"Swamp tea-tree forest regrowth_South East Queensland_538"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4764	"Swamp tea-tree forest regrowth_South East Queensland_538"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4765	"Swamp tea-tree forest regrowth_South East Queensland_538"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4766	"Swamp tea-tree forest regrowth_South East Queensland_538"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4767	"Swamp tea-tree forest regrowth_South East Queensland_539"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4768	"Swamp tea-tree forest regrowth_South East Queensland_539"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4769	"Swamp tea-tree forest regrowth_South East Queensland_539"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4770	"Swamp tea-tree forest regrowth_South East Queensland_539"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4771	"Swamp tea-tree forest regrowth_South East Queensland_539"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4772	"Swamp tea-tree forest regrowth_South East Queensland_539"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4773	"Swamp tea-tree forest regrowth_South East Queensland_539"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4774	"Swamp tea-tree forest regrowth_South East Queensland_539"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4775	"Swamp tea-tree forest regrowth_South East Queensland_539"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4776	"Swamp tea-tree forest regrowth_South East Queensland_539"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4777	"Swamp tea-tree forest regrowth_South East Queensland_539"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4778	"Swamp tea-tree forest regrowth_South East Queensland_540"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4779	"Swamp tea-tree forest regrowth_South East Queensland_540"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4780	"Swamp tea-tree forest regrowth_South East Queensland_540"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4781	"Swamp tea-tree forest regrowth_South East Queensland_540"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4782	"Swamp tea-tree forest regrowth_South East Queensland_540"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4783	"Swamp tea-tree forest regrowth_South East Queensland_540"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4784	"Swamp tea-tree forest regrowth_South East Queensland_540"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4785	"Swamp tea-tree forest regrowth_South East Queensland_540"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4786	"Swamp tea-tree forest regrowth_South East Queensland_540"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4787	"Swamp tea-tree forest regrowth_South East Queensland_540"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4788	"Swamp tea-tree forest regrowth_South East Queensland_540"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4789	"Swamp tea-tree forest regrowth_South East Queensland_541"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4790	"Swamp tea-tree forest regrowth_South East Queensland_541"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4791	"Swamp tea-tree forest regrowth_South East Queensland_541"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4792	"Swamp tea-tree forest regrowth_South East Queensland_541"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4793	"Swamp tea-tree forest regrowth_South East Queensland_541"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4794	"Swamp tea-tree forest regrowth_South East Queensland_541"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4795	"Swamp tea-tree forest regrowth_South East Queensland_541"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4796	"Swamp tea-tree forest regrowth_South East Queensland_541"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4797	"Swamp tea-tree forest regrowth_South East Queensland_541"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4798	"Swamp tea-tree forest regrowth_South East Queensland_541"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4799	"Swamp tea-tree forest regrowth_South East Queensland_541"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4800	"Swamp tea-tree forest regrowth_South East Queensland_542"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4801	"Swamp tea-tree forest regrowth_South East Queensland_542"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4802	"Swamp tea-tree forest regrowth_South East Queensland_542"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4803	"Swamp tea-tree forest regrowth_South East Queensland_542"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4804	"Swamp tea-tree forest regrowth_South East Queensland_542"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4805	"Swamp tea-tree forest regrowth_South East Queensland_542"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4806	"Swamp tea-tree forest regrowth_South East Queensland_542"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4807	"Swamp tea-tree forest regrowth_South East Queensland_542"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4808	"Swamp tea-tree forest regrowth_South East Queensland_542"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4809	"Swamp tea-tree forest regrowth_South East Queensland_542"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4810	"Swamp tea-tree forest regrowth_South East Queensland_542"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4811	"Swamp tea-tree forest regrowth_South East Queensland_543"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4812	"Swamp tea-tree forest regrowth_South East Queensland_543"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4813	"Swamp tea-tree forest regrowth_South East Queensland_543"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4814	"Swamp tea-tree forest regrowth_South East Queensland_543"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4815	"Swamp tea-tree forest regrowth_South East Queensland_543"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4816	"Swamp tea-tree forest regrowth_South East Queensland_543"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4817	"Swamp tea-tree forest regrowth_South East Queensland_543"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4818	"Swamp tea-tree forest regrowth_South East Queensland_543"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4819	"Swamp tea-tree forest regrowth_South East Queensland_543"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4820	"Swamp tea-tree forest regrowth_South East Queensland_543"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4821	"Swamp tea-tree forest regrowth_South East Queensland_543"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4822	"Swamp tea-tree forest regrowth_South East Queensland_544"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4823	"Swamp tea-tree forest regrowth_South East Queensland_544"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4824	"Swamp tea-tree forest regrowth_South East Queensland_544"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4825	"Swamp tea-tree forest regrowth_South East Queensland_544"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4826	"Swamp tea-tree forest regrowth_South East Queensland_544"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4827	"Swamp tea-tree forest regrowth_South East Queensland_544"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4828	"Swamp tea-tree forest regrowth_South East Queensland_544"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4829	"Swamp tea-tree forest regrowth_South East Queensland_544"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4830	"Swamp tea-tree forest regrowth_South East Queensland_544"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4831	"Swamp tea-tree forest regrowth_South East Queensland_544"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4832	"Swamp tea-tree forest regrowth_South East Queensland_544"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4833	"Swamp tea-tree forest regrowth_South East Queensland_545"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4834	"Swamp tea-tree forest regrowth_South East Queensland_545"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4835	"Swamp tea-tree forest regrowth_South East Queensland_545"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4836	"Swamp tea-tree forest regrowth_South East Queensland_545"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4837	"Swamp tea-tree forest regrowth_South East Queensland_545"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4838	"Swamp tea-tree forest regrowth_South East Queensland_545"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4839	"Swamp tea-tree forest regrowth_South East Queensland_545"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4840	"Swamp tea-tree forest regrowth_South East Queensland_545"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4841	"Swamp tea-tree forest regrowth_South East Queensland_545"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4842	"Swamp tea-tree forest regrowth_South East Queensland_545"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4843	"Swamp tea-tree forest regrowth_South East Queensland_545"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4844	"Swamp tea-tree forest regrowth_South East Queensland_546"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4845	"Swamp tea-tree forest regrowth_South East Queensland_546"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4846	"Swamp tea-tree forest regrowth_South East Queensland_546"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4847	"Swamp tea-tree forest regrowth_South East Queensland_546"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4848	"Swamp tea-tree forest regrowth_South East Queensland_546"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4849	"Swamp tea-tree forest regrowth_South East Queensland_546"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4850	"Swamp tea-tree forest regrowth_South East Queensland_546"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4851	"Swamp tea-tree forest regrowth_South East Queensland_546"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4852	"Swamp tea-tree forest regrowth_South East Queensland_546"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4853	"Swamp tea-tree forest regrowth_South East Queensland_546"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4854	"Swamp tea-tree forest regrowth_South East Queensland_546"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4855	"Swamp tea-tree forest regrowth_South East Queensland_547"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4856	"Swamp tea-tree forest regrowth_South East Queensland_547"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4857	"Swamp tea-tree forest regrowth_South East Queensland_547"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4858	"Swamp tea-tree forest regrowth_South East Queensland_547"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4859	"Swamp tea-tree forest regrowth_South East Queensland_547"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4860	"Swamp tea-tree forest regrowth_South East Queensland_548"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4861	"Swamp tea-tree forest regrowth_South East Queensland_548"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4862	"Swamp tea-tree forest regrowth_South East Queensland_548"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4863	"Swamp tea-tree forest regrowth_South East Queensland_548"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4864	"Swamp tea-tree forest regrowth_South East Queensland_548"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4865	"Swamp tea-tree forest regrowth_South East Queensland_548"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4866	"Swamp tea-tree forest regrowth_South East Queensland_548"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4867	"Swamp tea-tree forest regrowth_South East Queensland_548"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4868	"Swamp tea-tree forest regrowth_South East Queensland_548"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4869	"Swamp tea-tree forest regrowth_South East Queensland_548"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4870	"Swamp tea-tree forest regrowth_South East Queensland_548"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4871	"Swamp tea-tree forest regrowth_South East Queensland_549"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4872	"Swamp tea-tree forest regrowth_South East Queensland_549"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4873	"Swamp tea-tree forest regrowth_South East Queensland_549"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4874	"Swamp tea-tree forest regrowth_South East Queensland_549"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4875	"Swamp tea-tree forest regrowth_South East Queensland_549"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4876	"Swamp tea-tree forest regrowth_South East Queensland_549"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4877	"Swamp tea-tree forest regrowth_South East Queensland_549"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4878	"Swamp tea-tree forest regrowth_South East Queensland_549"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4879	"Swamp tea-tree forest regrowth_South East Queensland_549"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4880	"Swamp tea-tree forest regrowth_South East Queensland_549"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4881	"Swamp tea-tree forest regrowth_South East Queensland_549"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4882	"Swamp tea-tree forest regrowth_South East Queensland_550"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4883	"Swamp tea-tree forest regrowth_South East Queensland_550"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4884	"Swamp tea-tree forest regrowth_South East Queensland_550"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4885	"Swamp tea-tree forest regrowth_South East Queensland_550"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4886	"Swamp tea-tree forest regrowth_South East Queensland_550"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4887	"Swamp tea-tree forest regrowth_South East Queensland_550"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4888	"Swamp tea-tree forest regrowth_South East Queensland_550"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4889	"Swamp tea-tree forest regrowth_South East Queensland_550"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4890	"Swamp tea-tree forest regrowth_South East Queensland_550"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4891	"Swamp tea-tree forest regrowth_South East Queensland_550"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4892	"Swamp tea-tree forest regrowth_South East Queensland_550"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4893	"Swamp tea-tree forest regrowth_South East Queensland_551"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4894	"Swamp tea-tree forest regrowth_South East Queensland_551"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4895	"Swamp tea-tree forest regrowth_South East Queensland_551"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4896	"Swamp tea-tree forest regrowth_South East Queensland_551"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4897	"Swamp tea-tree forest regrowth_South East Queensland_551"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4898	"Swamp tea-tree forest regrowth_South East Queensland_552"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4899	"Swamp tea-tree forest regrowth_South East Queensland_552"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4900	"Swamp tea-tree forest regrowth_South East Queensland_552"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4901	"Swamp tea-tree forest regrowth_South East Queensland_552"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4902	"Swamp tea-tree forest regrowth_South East Queensland_552"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4903	"Swamp tea-tree forest regrowth_South East Queensland_552"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4904	"Swamp tea-tree forest regrowth_South East Queensland_552"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4905	"Swamp tea-tree forest regrowth_South East Queensland_552"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4906	"Swamp tea-tree forest regrowth_South East Queensland_552"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4907	"Swamp tea-tree forest regrowth_South East Queensland_552"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4908	"Swamp tea-tree forest regrowth_South East Queensland_552"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4909	"Swamp tea-tree forest regrowth_South East Queensland_553"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4910	"Swamp tea-tree forest regrowth_South East Queensland_553"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4911	"Swamp tea-tree forest regrowth_South East Queensland_553"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4912	"Swamp tea-tree forest regrowth_South East Queensland_553"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4913	"Swamp tea-tree forest regrowth_South East Queensland_553"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4914	"Swamp tea-tree forest regrowth_South East Queensland_553"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4915	"Swamp tea-tree forest regrowth_South East Queensland_553"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4916	"Swamp tea-tree forest regrowth_South East Queensland_553"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4917	"Swamp tea-tree forest regrowth_South East Queensland_553"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4918	"Swamp tea-tree forest regrowth_South East Queensland_553"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4919	"Swamp tea-tree forest regrowth_South East Queensland_553"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4920	"Swamp tea-tree forest regrowth_South East Queensland_554"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4921	"Swamp tea-tree forest regrowth_South East Queensland_554"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4922	"Swamp tea-tree forest regrowth_South East Queensland_554"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4923	"Swamp tea-tree forest regrowth_South East Queensland_554"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4924	"Swamp tea-tree forest regrowth_South East Queensland_554"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4925	"Swamp tea-tree forest regrowth_South East Queensland_554"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4926	"Swamp tea-tree forest regrowth_South East Queensland_554"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4927	"Swamp tea-tree forest regrowth_South East Queensland_554"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4928	"Swamp tea-tree forest regrowth_South East Queensland_554"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4929	"Swamp tea-tree forest regrowth_South East Queensland_554"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4930	"Swamp tea-tree forest regrowth_South East Queensland_554"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4931	"Swamp tea-tree forest regrowth_South East Queensland_555"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4932	"Swamp tea-tree forest regrowth_South East Queensland_555"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4933	"Swamp tea-tree forest regrowth_South East Queensland_555"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4934	"Swamp tea-tree forest regrowth_South East Queensland_555"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4935	"Swamp tea-tree forest regrowth_South East Queensland_555"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4936	"Swamp tea-tree forest regrowth_South East Queensland_555"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4937	"Swamp tea-tree forest regrowth_South East Queensland_555"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4938	"Swamp tea-tree forest regrowth_South East Queensland_555"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4939	"Swamp tea-tree forest regrowth_South East Queensland_555"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4940	"Swamp tea-tree forest regrowth_South East Queensland_555"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4941	"Swamp tea-tree forest regrowth_South East Queensland_555"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4942	"Swamp tea-tree forest regrowth_South East Queensland_556"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4943	"Swamp tea-tree forest regrowth_South East Queensland_556"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4944	"Swamp tea-tree forest regrowth_South East Queensland_556"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4945	"Swamp tea-tree forest regrowth_South East Queensland_556"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4946	"Swamp tea-tree forest regrowth_South East Queensland_556"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4947	"Swamp tea-tree forest regrowth_South East Queensland_556"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4948	"Swamp tea-tree forest regrowth_South East Queensland_556"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4949	"Swamp tea-tree forest regrowth_South East Queensland_556"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4950	"Swamp tea-tree forest regrowth_South East Queensland_556"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4951	"Swamp tea-tree forest regrowth_South East Queensland_556"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4952	"Swamp tea-tree forest regrowth_South East Queensland_556"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4953	"Swamp tea-tree forest regrowth_South East Queensland_557"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4954	"Swamp tea-tree forest regrowth_South East Queensland_557"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4955	"Swamp tea-tree forest regrowth_South East Queensland_557"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4956	"Swamp tea-tree forest regrowth_South East Queensland_557"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4957	"Swamp tea-tree forest regrowth_South East Queensland_557"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4958	"Swamp tea-tree forest regrowth_South East Queensland_558"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4959	"Swamp tea-tree forest regrowth_South East Queensland_558"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4960	"Swamp tea-tree forest regrowth_South East Queensland_558"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4961	"Swamp tea-tree forest regrowth_South East Queensland_558"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4962	"Swamp tea-tree forest regrowth_South East Queensland_558"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4963	"Swamp tea-tree forest regrowth_South East Queensland_558"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4964	"Swamp tea-tree forest regrowth_South East Queensland_558"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4965	"Swamp tea-tree forest regrowth_South East Queensland_558"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4966	"Swamp tea-tree forest regrowth_South East Queensland_558"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4967	"Swamp tea-tree forest regrowth_South East Queensland_558"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4968	"Swamp tea-tree forest regrowth_South East Queensland_558"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4969	"Swamp tea-tree forest regrowth_South East Queensland_559"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4970	"Swamp tea-tree forest regrowth_South East Queensland_559"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4971	"Swamp tea-tree forest regrowth_South East Queensland_559"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4972	"Swamp tea-tree forest regrowth_South East Queensland_559"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4973	"Swamp tea-tree forest regrowth_South East Queensland_559"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4974	"Swamp tea-tree forest regrowth_South East Queensland_560"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4975	"Swamp tea-tree forest regrowth_South East Queensland_560"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4976	"Swamp tea-tree forest regrowth_South East Queensland_560"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4977	"Swamp tea-tree forest regrowth_South East Queensland_560"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4978	"Swamp tea-tree forest regrowth_South East Queensland_560"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4979	"Swamp tea-tree forest regrowth_South East Queensland_560"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4980	"Swamp tea-tree forest regrowth_South East Queensland_560"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4981	"Swamp tea-tree forest regrowth_South East Queensland_560"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4982	"Swamp tea-tree forest regrowth_South East Queensland_560"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4983	"Swamp tea-tree forest regrowth_South East Queensland_560"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4984	"Swamp tea-tree forest regrowth_South East Queensland_560"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4985	"Swamp tea-tree forest regrowth_South East Queensland_561"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4986	"Swamp tea-tree forest regrowth_South East Queensland_561"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4987	"Swamp tea-tree forest regrowth_South East Queensland_561"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4988	"Swamp tea-tree forest regrowth_South East Queensland_561"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4989	"Swamp tea-tree forest regrowth_South East Queensland_561"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4990	"Swamp tea-tree forest regrowth_South East Queensland_561"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4991	"Swamp tea-tree forest regrowth_South East Queensland_561"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4992	"Swamp tea-tree forest regrowth_South East Queensland_561"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
4993	"Swamp tea-tree forest regrowth_South East Queensland_561"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4994	"Swamp tea-tree forest regrowth_South East Queensland_561"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
4995	"Swamp tea-tree forest regrowth_South East Queensland_561"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
4996	"Swamp tea-tree forest regrowth_South East Queensland_562"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
4997	"Swamp tea-tree forest regrowth_South East Queensland_562"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
4998	"Swamp tea-tree forest regrowth_South East Queensland_562"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
4999	"Swamp tea-tree forest regrowth_South East Queensland_562"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5000	"Swamp tea-tree forest regrowth_South East Queensland_562"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5001	"Swamp tea-tree forest regrowth_South East Queensland_562"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5002	"Swamp tea-tree forest regrowth_South East Queensland_562"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5003	"Swamp tea-tree forest regrowth_South East Queensland_562"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5004	"Swamp tea-tree forest regrowth_South East Queensland_562"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5005	"Swamp tea-tree forest regrowth_South East Queensland_562"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5006	"Swamp tea-tree forest regrowth_South East Queensland_562"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5007	"Swamp tea-tree forest regrowth_South East Queensland_563"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5008	"Swamp tea-tree forest regrowth_South East Queensland_563"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5009	"Swamp tea-tree forest regrowth_South East Queensland_563"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5010	"Swamp tea-tree forest regrowth_South East Queensland_563"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5011	"Swamp tea-tree forest regrowth_South East Queensland_563"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5012	"Swamp tea-tree forest regrowth_South East Queensland_563"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5013	"Swamp tea-tree forest regrowth_South East Queensland_563"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5014	"Swamp tea-tree forest regrowth_South East Queensland_563"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5015	"Swamp tea-tree forest regrowth_South East Queensland_563"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5016	"Swamp tea-tree forest regrowth_South East Queensland_563"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5017	"Swamp tea-tree forest regrowth_South East Queensland_563"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5018	"Swamp tea-tree forest regrowth_South East Queensland_564"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5019	"Swamp tea-tree forest regrowth_South East Queensland_564"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5020	"Swamp tea-tree forest regrowth_South East Queensland_564"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5021	"Swamp tea-tree forest regrowth_South East Queensland_564"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5022	"Swamp tea-tree forest regrowth_South East Queensland_564"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5023	"Swamp tea-tree forest regrowth_South East Queensland_565"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5024	"Swamp tea-tree forest regrowth_South East Queensland_565"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5025	"Swamp tea-tree forest regrowth_South East Queensland_565"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5026	"Swamp tea-tree forest regrowth_South East Queensland_565"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5027	"Swamp tea-tree forest regrowth_South East Queensland_565"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5028	"Swamp tea-tree forest regrowth_South East Queensland_566"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5029	"Swamp tea-tree forest regrowth_South East Queensland_566"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5030	"Swamp tea-tree forest regrowth_South East Queensland_566"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5031	"Swamp tea-tree forest regrowth_South East Queensland_566"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5032	"Swamp tea-tree forest regrowth_South East Queensland_566"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5033	"Swamp tea-tree forest regrowth_South East Queensland_566"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5034	"Swamp tea-tree forest regrowth_South East Queensland_566"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5035	"Swamp tea-tree forest regrowth_South East Queensland_566"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5036	"Swamp tea-tree forest regrowth_South East Queensland_566"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5037	"Swamp tea-tree forest regrowth_South East Queensland_566"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5038	"Swamp tea-tree forest regrowth_South East Queensland_566"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5039	"Swamp tea-tree forest regrowth_South East Queensland_567"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5040	"Swamp tea-tree forest regrowth_South East Queensland_568"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5041	"Swamp tea-tree forest regrowth_South East Queensland_568"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5042	"Swamp tea-tree forest regrowth_South East Queensland_568"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5043	"Swamp tea-tree forest regrowth_South East Queensland_568"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5044	"Swamp tea-tree forest regrowth_South East Queensland_568"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5045	"Swamp tea-tree forest regrowth_South East Queensland_568"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5046	"Swamp tea-tree forest regrowth_South East Queensland_568"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5047	"Swamp tea-tree forest regrowth_South East Queensland_568"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5048	"Swamp tea-tree forest regrowth_South East Queensland_568"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5049	"Swamp tea-tree forest regrowth_South East Queensland_568"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5050	"Swamp tea-tree forest regrowth_South East Queensland_568"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5051	"Swamp tea-tree forest regrowth_South East Queensland_569"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5052	"Swamp tea-tree forest regrowth_South East Queensland_569"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5053	"Swamp tea-tree forest regrowth_South East Queensland_569"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5054	"Swamp tea-tree forest regrowth_South East Queensland_569"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5055	"Swamp tea-tree forest regrowth_South East Queensland_569"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5056	"Swamp tea-tree forest regrowth_South East Queensland_569"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5057	"Swamp tea-tree forest regrowth_South East Queensland_569"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5058	"Swamp tea-tree forest regrowth_South East Queensland_569"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5059	"Swamp tea-tree forest regrowth_South East Queensland_569"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5060	"Swamp tea-tree forest regrowth_South East Queensland_569"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5061	"Swamp tea-tree forest regrowth_South East Queensland_570"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5062	"Swamp tea-tree forest regrowth_South East Queensland_570"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5063	"Swamp tea-tree forest regrowth_South East Queensland_570"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5064	"Swamp tea-tree forest regrowth_South East Queensland_570"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5065	"Swamp tea-tree forest regrowth_South East Queensland_570"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5066	"Swamp tea-tree forest regrowth_South East Queensland_570"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5067	"Swamp tea-tree forest regrowth_South East Queensland_571"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5068	"Swamp tea-tree forest regrowth_South East Queensland_571"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5069	"Swamp tea-tree forest regrowth_South East Queensland_571"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5070	"Swamp tea-tree forest regrowth_South East Queensland_571"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5071	"Swamp tea-tree forest regrowth_South East Queensland_571"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5072	"Swamp tea-tree forest regrowth_South East Queensland_571"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5073	"Swamp tea-tree forest regrowth_South East Queensland_571"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5074	"Swamp tea-tree forest regrowth_South East Queensland_571"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5075	"Swamp tea-tree forest regrowth_South East Queensland_571"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5076	"Swamp tea-tree forest regrowth_South East Queensland_571"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5077	"Swamp tea-tree forest regrowth_South East Queensland_571"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5078	"Swamp tea-tree forest regrowth_South East Queensland_572"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5079	"Swamp tea-tree forest regrowth_South East Queensland_572"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5080	"Swamp tea-tree forest regrowth_South East Queensland_572"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5081	"Swamp tea-tree forest regrowth_South East Queensland_572"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5082	"Swamp tea-tree forest regrowth_South East Queensland_572"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5083	"Swamp tea-tree forest regrowth_South East Queensland_572"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5084	"Swamp tea-tree forest regrowth_South East Queensland_572"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5085	"Swamp tea-tree forest regrowth_South East Queensland_572"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5086	"Swamp tea-tree forest regrowth_South East Queensland_572"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5087	"Swamp tea-tree forest regrowth_South East Queensland_572"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5088	"Swamp tea-tree forest regrowth_South East Queensland_572"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5089	"Swamp tea-tree forest regrowth_South East Queensland_573"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5090	"Swamp tea-tree forest regrowth_South East Queensland_573"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5091	"Swamp tea-tree forest regrowth_South East Queensland_573"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5092	"Swamp tea-tree forest regrowth_South East Queensland_573"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5093	"Swamp tea-tree forest regrowth_South East Queensland_573"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5094	"Swamp tea-tree forest regrowth_South East Queensland_574"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5095	"Swamp tea-tree forest regrowth_South East Queensland_574"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5096	"Swamp tea-tree forest regrowth_South East Queensland_574"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5097	"Swamp tea-tree forest regrowth_South East Queensland_574"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5098	"Swamp tea-tree forest regrowth_South East Queensland_574"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5099	"Swamp tea-tree forest regrowth_South East Queensland_574"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5100	"Swamp tea-tree forest regrowth_South East Queensland_574"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5101	"Swamp tea-tree forest regrowth_South East Queensland_574"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5102	"Swamp tea-tree forest regrowth_South East Queensland_574"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5103	"Swamp tea-tree forest regrowth_South East Queensland_574"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5104	"Swamp tea-tree forest regrowth_South East Queensland_574"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5105	"Swamp tea-tree forest regrowth_South East Queensland_575"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5106	"Swamp tea-tree forest regrowth_South East Queensland_575"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5107	"Swamp tea-tree forest regrowth_South East Queensland_575"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5108	"Swamp tea-tree forest regrowth_South East Queensland_575"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5109	"Swamp tea-tree forest regrowth_South East Queensland_575"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5110	"Swamp tea-tree forest regrowth_South East Queensland_576"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5111	"Swamp tea-tree forest regrowth_South East Queensland_576"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5112	"Swamp tea-tree forest regrowth_South East Queensland_576"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5113	"Swamp tea-tree forest regrowth_South East Queensland_576"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5114	"Swamp tea-tree forest regrowth_South East Queensland_576"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5115	"Swamp tea-tree forest regrowth_South East Queensland_576"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5116	"Swamp tea-tree forest regrowth_South East Queensland_576"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5117	"Swamp tea-tree forest regrowth_South East Queensland_576"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5118	"Swamp tea-tree forest regrowth_South East Queensland_576"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5119	"Swamp tea-tree forest regrowth_South East Queensland_576"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5120	"Swamp tea-tree forest regrowth_South East Queensland_576"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5121	"Swamp tea-tree forest regrowth_South East Queensland_577"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5122	"Swamp tea-tree forest regrowth_South East Queensland_577"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5123	"Swamp tea-tree forest regrowth_South East Queensland_577"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5124	"Swamp tea-tree forest regrowth_South East Queensland_577"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5125	"Swamp tea-tree forest regrowth_South East Queensland_577"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5126	"Swamp tea-tree forest regrowth_South East Queensland_577"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5127	"Swamp tea-tree forest regrowth_South East Queensland_577"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5128	"Swamp tea-tree forest regrowth_South East Queensland_577"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5129	"Swamp tea-tree forest regrowth_South East Queensland_577"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5130	"Swamp tea-tree forest regrowth_South East Queensland_577"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5131	"Swamp tea-tree forest regrowth_South East Queensland_577"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5132	"Swamp tea-tree forest regrowth_South East Queensland_578"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5133	"Swamp tea-tree forest regrowth_South East Queensland_578"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5134	"Swamp tea-tree forest regrowth_South East Queensland_578"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5135	"Swamp tea-tree forest regrowth_South East Queensland_578"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5136	"Swamp tea-tree forest regrowth_South East Queensland_578"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5137	"Swamp tea-tree forest regrowth_South East Queensland_578"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5138	"Swamp tea-tree forest regrowth_South East Queensland_578"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5139	"Swamp tea-tree forest regrowth_South East Queensland_578"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5140	"Swamp tea-tree forest regrowth_South East Queensland_578"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5141	"Swamp tea-tree forest regrowth_South East Queensland_578"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5142	"Swamp tea-tree forest regrowth_South East Queensland_578"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5143	"Swamp tea-tree forest regrowth_South East Queensland_579"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5144	"Swamp tea-tree forest regrowth_South East Queensland_579"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5145	"Swamp tea-tree forest regrowth_South East Queensland_579"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5146	"Swamp tea-tree forest regrowth_South East Queensland_579"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5147	"Swamp tea-tree forest regrowth_South East Queensland_579"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5148	"Swamp tea-tree forest regrowth_South East Queensland_579"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5149	"Swamp tea-tree forest regrowth_South East Queensland_579"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5150	"Swamp tea-tree forest regrowth_South East Queensland_579"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5151	"Swamp tea-tree forest regrowth_South East Queensland_579"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5152	"Swamp tea-tree forest regrowth_South East Queensland_579"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5153	"Swamp tea-tree forest regrowth_South East Queensland_579"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5154	"Swamp tea-tree forest regrowth_South East Queensland_580"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5155	"Swamp tea-tree forest regrowth_South East Queensland_580"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5156	"Swamp tea-tree forest regrowth_South East Queensland_580"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5157	"Swamp tea-tree forest regrowth_South East Queensland_580"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5158	"Swamp tea-tree forest regrowth_South East Queensland_580"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5159	"Swamp tea-tree forest regrowth_South East Queensland_580"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5160	"Swamp tea-tree forest regrowth_South East Queensland_580"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5161	"Swamp tea-tree forest regrowth_South East Queensland_580"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5162	"Swamp tea-tree forest regrowth_South East Queensland_580"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5163	"Swamp tea-tree forest regrowth_South East Queensland_580"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5164	"Swamp tea-tree forest regrowth_South East Queensland_580"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5165	"Swamp tea-tree forest regrowth_South East Queensland_581"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5166	"Swamp tea-tree forest regrowth_South East Queensland_581"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5167	"Swamp tea-tree forest regrowth_South East Queensland_581"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5168	"Swamp tea-tree forest regrowth_South East Queensland_581"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5169	"Swamp tea-tree forest regrowth_South East Queensland_581"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5170	"Swamp tea-tree forest regrowth_South East Queensland_581"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5171	"Swamp tea-tree forest regrowth_South East Queensland_582"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5172	"Swamp tea-tree forest regrowth_South East Queensland_582"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5173	"Swamp tea-tree forest regrowth_South East Queensland_582"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5174	"Swamp tea-tree forest regrowth_South East Queensland_582"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5175	"Swamp tea-tree forest regrowth_South East Queensland_582"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5176	"Swamp tea-tree forest regrowth_South East Queensland_582"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5177	"Swamp tea-tree forest regrowth_South East Queensland_582"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5178	"Swamp tea-tree forest regrowth_South East Queensland_582"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5179	"Swamp tea-tree forest regrowth_South East Queensland_582"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5180	"Swamp tea-tree forest regrowth_South East Queensland_582"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5181	"Swamp tea-tree forest regrowth_South East Queensland_583"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5182	"Swamp tea-tree forest regrowth_South East Queensland_583"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5183	"Swamp tea-tree forest regrowth_South East Queensland_583"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5184	"Swamp tea-tree forest regrowth_South East Queensland_583"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5185	"Swamp tea-tree forest regrowth_South East Queensland_583"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5186	"Swamp tea-tree forest regrowth_South East Queensland_583"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5187	"Swamp tea-tree forest regrowth_South East Queensland_583"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5188	"Swamp tea-tree forest regrowth_South East Queensland_583"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5189	"Swamp tea-tree forest regrowth_South East Queensland_583"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5190	"Swamp tea-tree forest regrowth_South East Queensland_583"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5191	"Swamp tea-tree forest regrowth_South East Queensland_583"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5192	"Swamp tea-tree forest regrowth_South East Queensland_584"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5193	"Swamp tea-tree forest regrowth_South East Queensland_584"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5194	"Swamp tea-tree forest regrowth_South East Queensland_584"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5195	"Swamp tea-tree forest regrowth_South East Queensland_584"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5196	"Swamp tea-tree forest regrowth_South East Queensland_584"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5197	"Swamp tea-tree forest regrowth_South East Queensland_585"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5198	"Swamp tea-tree forest regrowth_South East Queensland_585"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5199	"Swamp tea-tree forest regrowth_South East Queensland_585"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5200	"Swamp tea-tree forest regrowth_South East Queensland_585"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5201	"Swamp tea-tree forest regrowth_South East Queensland_585"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5202	"Swamp tea-tree forest regrowth_South East Queensland_585"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5203	"Swamp tea-tree forest regrowth_South East Queensland_585"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5204	"Swamp tea-tree forest regrowth_South East Queensland_585"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5205	"Swamp tea-tree forest regrowth_South East Queensland_585"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5206	"Swamp tea-tree forest regrowth_South East Queensland_585"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5207	"Swamp tea-tree forest regrowth_South East Queensland_585"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5208	"Swamp tea-tree forest regrowth_South East Queensland_586"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5209	"Swamp tea-tree forest regrowth_South East Queensland_586"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5210	"Swamp tea-tree forest regrowth_South East Queensland_586"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5211	"Swamp tea-tree forest regrowth_South East Queensland_586"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5212	"Swamp tea-tree forest regrowth_South East Queensland_586"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5213	"Swamp tea-tree forest regrowth_South East Queensland_586"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5214	"Swamp tea-tree forest regrowth_South East Queensland_586"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5215	"Swamp tea-tree forest regrowth_South East Queensland_586"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5216	"Swamp tea-tree forest regrowth_South East Queensland_586"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5217	"Swamp tea-tree forest regrowth_South East Queensland_586"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5218	"Swamp tea-tree forest regrowth_South East Queensland_586"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5219	"Swamp tea-tree forest regrowth_South East Queensland_587"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5220	"Swamp tea-tree forest regrowth_South East Queensland_587"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5221	"Swamp tea-tree forest regrowth_South East Queensland_587"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5222	"Swamp tea-tree forest regrowth_South East Queensland_587"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5223	"Swamp tea-tree forest regrowth_South East Queensland_587"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5224	"Swamp tea-tree forest regrowth_South East Queensland_587"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5225	"Swamp tea-tree forest regrowth_South East Queensland_587"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5226	"Swamp tea-tree forest regrowth_South East Queensland_587"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5227	"Swamp tea-tree forest regrowth_South East Queensland_587"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5228	"Swamp tea-tree forest regrowth_South East Queensland_587"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5229	"Swamp tea-tree forest regrowth_South East Queensland_587"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5230	"Swamp tea-tree forest regrowth_South East Queensland_588"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5231	"Swamp tea-tree forest regrowth_South East Queensland_588"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5232	"Swamp tea-tree forest regrowth_South East Queensland_588"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5233	"Swamp tea-tree forest regrowth_South East Queensland_588"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5234	"Swamp tea-tree forest regrowth_South East Queensland_588"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5235	"Swamp tea-tree forest regrowth_South East Queensland_588"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5236	"Swamp tea-tree forest regrowth_South East Queensland_588"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5237	"Swamp tea-tree forest regrowth_South East Queensland_588"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5238	"Swamp tea-tree forest regrowth_South East Queensland_588"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5239	"Swamp tea-tree forest regrowth_South East Queensland_588"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5240	"Swamp tea-tree forest regrowth_South East Queensland_588"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5241	"Swamp tea-tree forest regrowth_South East Queensland_589"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5242	"Swamp tea-tree forest regrowth_South East Queensland_589"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5243	"Swamp tea-tree forest regrowth_South East Queensland_589"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5244	"Swamp tea-tree forest regrowth_South East Queensland_589"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5245	"Swamp tea-tree forest regrowth_South East Queensland_589"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5246	"Swamp tea-tree forest regrowth_South East Queensland_590"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5247	"Swamp tea-tree forest regrowth_South East Queensland_590"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5248	"Swamp tea-tree forest regrowth_South East Queensland_590"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5249	"Swamp tea-tree forest regrowth_South East Queensland_590"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5250	"Swamp tea-tree forest regrowth_South East Queensland_590"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5251	"Swamp tea-tree forest regrowth_South East Queensland_590"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5252	"Swamp tea-tree forest regrowth_South East Queensland_590"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5253	"Swamp tea-tree forest regrowth_South East Queensland_590"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5254	"Swamp tea-tree forest regrowth_South East Queensland_590"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5255	"Swamp tea-tree forest regrowth_South East Queensland_590"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5256	"Swamp tea-tree forest regrowth_South East Queensland_590"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5257	"Swamp tea-tree forest regrowth_South East Queensland_591"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5258	"Swamp tea-tree forest regrowth_South East Queensland_591"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5259	"Swamp tea-tree forest regrowth_South East Queensland_591"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5260	"Swamp tea-tree forest regrowth_South East Queensland_591"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5261	"Swamp tea-tree forest regrowth_South East Queensland_591"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5262	"Swamp tea-tree forest regrowth_South East Queensland_591"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5263	"Swamp tea-tree forest regrowth_South East Queensland_591"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5264	"Swamp tea-tree forest regrowth_South East Queensland_591"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5265	"Swamp tea-tree forest regrowth_South East Queensland_591"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5266	"Swamp tea-tree forest regrowth_South East Queensland_591"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5267	"Swamp tea-tree forest regrowth_South East Queensland_591"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5268	"Swamp tea-tree forest regrowth_South East Queensland_592"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5269	"Swamp tea-tree forest regrowth_South East Queensland_592"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5270	"Swamp tea-tree forest regrowth_South East Queensland_592"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5271	"Swamp tea-tree forest regrowth_South East Queensland_592"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5272	"Swamp tea-tree forest regrowth_South East Queensland_592"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5273	"Swamp tea-tree forest regrowth_South East Queensland_592"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5274	"Swamp tea-tree forest regrowth_South East Queensland_592"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5275	"Swamp tea-tree forest regrowth_South East Queensland_592"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5276	"Swamp tea-tree forest regrowth_South East Queensland_592"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5277	"Swamp tea-tree forest regrowth_South East Queensland_592"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5278	"Swamp tea-tree forest regrowth_South East Queensland_592"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5279	"Swamp tea-tree forest regrowth_South East Queensland_593"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5280	"Swamp tea-tree forest regrowth_South East Queensland_593"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5281	"Swamp tea-tree forest regrowth_South East Queensland_593"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5282	"Swamp tea-tree forest regrowth_South East Queensland_593"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5283	"Swamp tea-tree forest regrowth_South East Queensland_593"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5284	"Swamp tea-tree forest regrowth_South East Queensland_593"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5285	"Swamp tea-tree forest regrowth_South East Queensland_593"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5286	"Swamp tea-tree forest regrowth_South East Queensland_593"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5287	"Swamp tea-tree forest regrowth_South East Queensland_593"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5288	"Swamp tea-tree forest regrowth_South East Queensland_593"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5289	"Swamp tea-tree forest regrowth_South East Queensland_593"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5290	"Swamp tea-tree forest regrowth_South East Queensland_594"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5291	"Swamp tea-tree forest regrowth_South East Queensland_594"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5292	"Swamp tea-tree forest regrowth_South East Queensland_594"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5293	"Swamp tea-tree forest regrowth_South East Queensland_594"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5294	"Swamp tea-tree forest regrowth_South East Queensland_594"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5295	"Swamp tea-tree forest regrowth_South East Queensland_594"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5296	"Swamp tea-tree forest regrowth_South East Queensland_594"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5297	"Swamp tea-tree forest regrowth_South East Queensland_594"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5298	"Swamp tea-tree forest regrowth_South East Queensland_594"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5299	"Swamp tea-tree forest regrowth_South East Queensland_594"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5300	"Swamp tea-tree forest regrowth_South East Queensland_594"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5301	"Swamp tea-tree forest regrowth_South East Queensland_595"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5302	"Swamp tea-tree forest regrowth_South East Queensland_595"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5303	"Swamp tea-tree forest regrowth_South East Queensland_595"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5304	"Swamp tea-tree forest regrowth_South East Queensland_595"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5305	"Swamp tea-tree forest regrowth_South East Queensland_595"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5306	"Swamp tea-tree forest regrowth_South East Queensland_596"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5307	"Swamp tea-tree forest regrowth_South East Queensland_596"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5308	"Swamp tea-tree forest regrowth_South East Queensland_596"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5309	"Swamp tea-tree forest regrowth_South East Queensland_596"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5310	"Swamp tea-tree forest regrowth_South East Queensland_596"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5311	"Swamp tea-tree forest regrowth_South East Queensland_596"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5312	"Swamp tea-tree forest regrowth_South East Queensland_596"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5313	"Swamp tea-tree forest regrowth_South East Queensland_596"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5314	"Swamp tea-tree forest regrowth_South East Queensland_596"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5315	"Swamp tea-tree forest regrowth_South East Queensland_596"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5316	"Swamp tea-tree forest regrowth_South East Queensland_596"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5317	"Swamp tea-tree forest regrowth_South East Queensland_597"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5318	"Swamp tea-tree forest regrowth_South East Queensland_597"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5319	"Swamp tea-tree forest regrowth_South East Queensland_597"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5320	"Swamp tea-tree forest regrowth_South East Queensland_597"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5321	"Swamp tea-tree forest regrowth_South East Queensland_597"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5322	"Swamp tea-tree forest regrowth_South East Queensland_597"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5323	"Swamp tea-tree forest regrowth_South East Queensland_597"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5324	"Swamp tea-tree forest regrowth_South East Queensland_597"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5325	"Swamp tea-tree forest regrowth_South East Queensland_597"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5326	"Swamp tea-tree forest regrowth_South East Queensland_597"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5327	"Swamp tea-tree forest regrowth_South East Queensland_597"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5328	"Swamp tea-tree forest regrowth_South East Queensland_598"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5329	"Swamp tea-tree forest regrowth_South East Queensland_598"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5330	"Swamp tea-tree forest regrowth_South East Queensland_598"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5331	"Swamp tea-tree forest regrowth_South East Queensland_609"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5332	"Swamp tea-tree forest regrowth_South East Queensland_609"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5333	"Swamp tea-tree forest regrowth_South East Queensland_609"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5334	"Swamp tea-tree forest regrowth_South East Queensland_609"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5335	"Swamp tea-tree forest regrowth_South East Queensland_610"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5336	"Swamp tea-tree forest regrowth_South East Queensland_610"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5343	"Swamp tea-tree forest regrowth_South East Queensland_598"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5344	"Swamp tea-tree forest regrowth_South East Queensland_598"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5345	"Swamp tea-tree forest regrowth_South East Queensland_598"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5346	"Swamp tea-tree forest regrowth_South East Queensland_598"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5347	"Swamp tea-tree forest regrowth_South East Queensland_598"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5348	"Swamp tea-tree forest regrowth_South East Queensland_598"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5349	"Swamp tea-tree forest regrowth_South East Queensland_598"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5350	"Swamp tea-tree forest regrowth_South East Queensland_598"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5351	"Swamp tea-tree forest regrowth_South East Queensland_599"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5352	"Swamp tea-tree forest regrowth_South East Queensland_599"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5353	"Swamp tea-tree forest regrowth_South East Queensland_599"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5354	"Swamp tea-tree forest regrowth_South East Queensland_599"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5355	"Swamp tea-tree forest regrowth_South East Queensland_599"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5356	"Swamp tea-tree forest regrowth_South East Queensland_599"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5357	"Swamp tea-tree forest regrowth_South East Queensland_599"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5358	"Swamp tea-tree forest regrowth_South East Queensland_599"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5359	"Swamp tea-tree forest regrowth_South East Queensland_599"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5360	"Swamp tea-tree forest regrowth_South East Queensland_599"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5361	"Swamp tea-tree forest regrowth_South East Queensland_599"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5362	"Swamp tea-tree forest regrowth_South East Queensland_600"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5363	"Swamp tea-tree forest regrowth_South East Queensland_600"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5364	"Swamp tea-tree forest regrowth_South East Queensland_600"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5365	"Swamp tea-tree forest regrowth_South East Queensland_600"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5366	"Swamp tea-tree forest regrowth_South East Queensland_600"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5367	"Swamp tea-tree forest regrowth_South East Queensland_600"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5368	"Swamp tea-tree forest regrowth_South East Queensland_600"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5369	"Swamp tea-tree forest regrowth_South East Queensland_600"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5370	"Swamp tea-tree forest regrowth_South East Queensland_600"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5371	"Swamp tea-tree forest regrowth_South East Queensland_600"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5372	"Swamp tea-tree forest regrowth_South East Queensland_600"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5373	"Swamp tea-tree forest regrowth_South East Queensland_601"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5374	"Swamp tea-tree forest regrowth_South East Queensland_601"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5375	"Swamp tea-tree forest regrowth_South East Queensland_601"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5376	"Swamp tea-tree forest regrowth_South East Queensland_601"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5377	"Swamp tea-tree forest regrowth_South East Queensland_601"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5378	"Swamp tea-tree forest regrowth_South East Queensland_601"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5379	"Swamp tea-tree forest regrowth_South East Queensland_601"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5380	"Swamp tea-tree forest regrowth_South East Queensland_601"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5381	"Swamp tea-tree forest regrowth_South East Queensland_601"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5382	"Swamp tea-tree forest regrowth_South East Queensland_601"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5383	"Swamp tea-tree forest regrowth_South East Queensland_601"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5384	"Swamp tea-tree forest regrowth_South East Queensland_602"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5385	"Swamp tea-tree forest regrowth_South East Queensland_602"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5386	"Swamp tea-tree forest regrowth_South East Queensland_602"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5387	"Swamp tea-tree forest regrowth_South East Queensland_602"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5388	"Swamp tea-tree forest regrowth_South East Queensland_602"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5389	"Swamp tea-tree forest regrowth_South East Queensland_602"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5390	"Swamp tea-tree forest regrowth_South East Queensland_602"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5391	"Swamp tea-tree forest regrowth_South East Queensland_602"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5392	"Swamp tea-tree forest regrowth_South East Queensland_602"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5393	"Swamp tea-tree forest regrowth_South East Queensland_602"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5394	"Swamp tea-tree forest regrowth_South East Queensland_602"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5395	"Swamp tea-tree forest regrowth_South East Queensland_603"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5396	"Swamp tea-tree forest regrowth_South East Queensland_603"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5397	"Swamp tea-tree forest regrowth_South East Queensland_603"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5398	"Swamp tea-tree forest regrowth_South East Queensland_603"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5399	"Swamp tea-tree forest regrowth_South East Queensland_603"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5400	"Swamp tea-tree forest regrowth_South East Queensland_603"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5401	"Swamp tea-tree forest regrowth_South East Queensland_603"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5402	"Swamp tea-tree forest regrowth_South East Queensland_603"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5403	"Swamp tea-tree forest regrowth_South East Queensland_603"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5404	"Swamp tea-tree forest regrowth_South East Queensland_603"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5405	"Swamp tea-tree forest regrowth_South East Queensland_603"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5406	"Swamp tea-tree forest regrowth_South East Queensland_604"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5407	"Swamp tea-tree forest regrowth_South East Queensland_604"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5408	"Swamp tea-tree forest regrowth_South East Queensland_604"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5409	"Swamp tea-tree forest regrowth_South East Queensland_604"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5410	"Swamp tea-tree forest regrowth_South East Queensland_604"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5411	"Swamp tea-tree forest regrowth_South East Queensland_604"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5412	"Swamp tea-tree forest regrowth_South East Queensland_604"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5413	"Swamp tea-tree forest regrowth_South East Queensland_604"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5414	"Swamp tea-tree forest regrowth_South East Queensland_604"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5415	"Swamp tea-tree forest regrowth_South East Queensland_604"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5416	"Swamp tea-tree forest regrowth_South East Queensland_604"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5417	"Swamp tea-tree forest regrowth_South East Queensland_605"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5418	"Swamp tea-tree forest regrowth_South East Queensland_605"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5419	"Swamp tea-tree forest regrowth_South East Queensland_605"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5420	"Swamp tea-tree forest regrowth_South East Queensland_605"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5421	"Swamp tea-tree forest regrowth_South East Queensland_605"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5422	"Swamp tea-tree forest regrowth_South East Queensland_606"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5423	"Swamp tea-tree forest regrowth_South East Queensland_606"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5424	"Swamp tea-tree forest regrowth_South East Queensland_606"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5425	"Swamp tea-tree forest regrowth_South East Queensland_606"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5426	"Swamp tea-tree forest regrowth_South East Queensland_606"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5427	"Swamp tea-tree forest regrowth_South East Queensland_607"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5428	"Swamp tea-tree forest regrowth_South East Queensland_607"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5429	"Swamp tea-tree forest regrowth_South East Queensland_607"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5430	"Swamp tea-tree forest regrowth_South East Queensland_607"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5431	"Swamp tea-tree forest regrowth_South East Queensland_607"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5432	"Swamp tea-tree forest regrowth_South East Queensland_608"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5433	"Swamp tea-tree forest regrowth_South East Queensland_608"	"Coal mining"	"Existing and potential expansion"	"Habitat"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5434	"Swamp tea-tree forest regrowth_South East Queensland_608"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5435	"Swamp tea-tree forest regrowth_South East Queensland_608"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5436	"Swamp tea-tree forest regrowth_South East Queensland_608"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5437	"Swamp tea-tree forest regrowth_South East Queensland_608"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known. Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5438	"Swamp tea-tree forest regrowth_South East Queensland_608"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5439	"Swamp tea-tree forest regrowth_South East Queensland_608"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5440	"Swamp tea-tree forest regrowth_South East Queensland_608"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5441	"Swamp tea-tree forest regrowth_South East Queensland_608"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5442	"Swamp tea-tree forest regrowth_South East Queensland_608"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5443	"Swamp tea-tree forest regrowth_South East Queensland_609"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5444	"Swamp tea-tree forest regrowth_South East Queensland_610"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5445	"Swamp tea-tree forest regrowth_South East Queensland_610"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5446	"Swamp tea-tree forest regrowth_South East Queensland_610"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5447	"Swamp tea-tree forest regrowth_South East Queensland_611"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5448	"Swamp tea-tree forest regrowth_South East Queensland_611"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5449	"Swamp tea-tree forest regrowth_South East Queensland_611"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5450	"Swamp tea-tree forest regrowth_South East Queensland_611"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5451	"Swamp tea-tree forest regrowth_South East Queensland_611"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5452	"Swamp tea-tree forest regrowth_South East Queensland_612"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5453	"Swamp tea-tree forest regrowth_South East Queensland_612"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5454	"Swamp tea-tree forest regrowth_South East Queensland_612"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5455	"Swamp tea-tree forest regrowth_South East Queensland_612"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5456	"Swamp tea-tree forest regrowth_South East Queensland_612"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
5457	"Swamp tea-tree forest regrowth_South East Queensland_613"	"Coal mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct."
5458	"Swamp tea-tree forest regrowth_South East Queensland_613"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the habitat of this endangered ecological community under Australian Government legislation.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur."
5459	"Swamp tea-tree forest regrowth_South East Queensland_613"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5460	"Swamp tea-tree forest regrowth_South East Queensland_613"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5461	"Swamp tea-tree forest regrowth_South East Queensland_613"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5462	"Swamp tea-tree forest regrowth_South East Queensland_613"	"Coal mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset (swamp tea-tree wetland) will result in mine water flowing across the landscape and into low-lying areas such as waterways wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  This asset is an endangered ecological community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5463	"Swamp tea-tree forest regrowth_South East Queensland_613"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5464	"Swamp tea-tree forest regrowth_South East Queensland_613"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
5465	"Swamp tea-tree forest regrowth_South East Queensland_613"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to this Endangered Ecological Community under Australian Government legislation.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
5466	"Swamp tea-tree forest regrowth_South East Queensland_613"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Any change that promotes other wetland species and reduces Melaleuca irbyana may cause this unique species (protected under Australian Government legislation as an Endangered Ecological Ecosystem) to become extinct.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem."
5467	"Swamp tea-tree forest regrowth_South East Queensland_613"	"Transportation and service corridors"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance? Infrastructure should be placed outside this water asset"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
6249	"Moogerah Dam Declared Catchment_South East Queensland_688"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Due to the proximity of the declared catchment area to the water storage, any overtopping of or breach of the mine water dams in this declared catchment area will result in mine water flowing into water storages used for drinking and primary industry.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This asset is a major habitat for water foul and migratory birds, as well as native fish and other microfauna.  Under the JAMBA, CAMBA and ROKAMBA agreements, these migratory bird habitat sites need to be protected as the species are critical to other ecosystems around the world.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6250	"Moogerah Dam Declared Catchment_South East Queensland_688"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Due to the proximity of the declared catchment area to the water storage, any overtopping of or breach of the mine water dams in this declared catchment area will result in mine water flowing into water storages used for drinking and primary industry.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  As this asset is a major source of SEQ's drinking water, any contamination with toxic compounds could be at best expensive to treat, and at worst a catastrophe with both short and long-term human health impacts."
6251	"Moogerah Dam Declared Catchment_South East Queensland_688"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, it is uncertain what the impacts may be on the aquatic ecosystems within the storages, and there may be excess water requiring additional releases from the storages that impact upon primary industry down-stream, such as necessitating the removal of stock from waterways and low-lying areas, low-lying crossings becoming impassable and the additional water in our dams may mean flood mitigation would be less effective."
6252	"Moogerah Dam Declared Catchment_South East Queensland_688"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  In some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Storage of this coal seam gas water and ""fracking"" fluid is often in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Due to the proximity of the declared catchment area to the water storage, any overtopping of or breach of the mine water dams in this declared catchment area will result in coal seam gas water and/or ""fracking"" fluid flowing into water storages used for drinking and primary industry. This asset is a major habitat for water foul and migratory birds, as well as native fish and other microfauna.  Under the JAMBA, CAMBA and ROKAMBA agreements, these migratory bird habitat sites need to be protected as the species are critical to other ecosystems around the world.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise.  Recreational fishing includes the human consumption of the top predators (ie. native fish in Australia and/or birds & birds eggs in other countries) who by their position in the food chain are toxic chemical accumulators."
6253	"Moogerah Dam Declared Catchment_South East Queensland_688"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Due to the proximity of the declared catchment area to the water storage, any overtopping of or breach of the mine water dams in this declared catchment area will result in coal seam gas water flowing into water storages used for drinking and primary industry.  If the salinity of the water in SEQ's water storages is increased, there will be a considerable additional expense to purify the water to drinking standards.  In addition, above a certain salinity level, dialysis equipment will not work, putting human lives at risk.  Furthermore, in some instances toxic chemicals are used to hydraulically fracture (""frack"") the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and should never be used near a potable water source as significant human health issues may result.  Researchers have found that disposal of large amounts of fracking well wastewater presents risks from salts and radioactive materials that are several orders of magnitude larger than for other potential water pollution pathways."
6254	"Moogerah Dam Declared Catchment_South East Queensland_688"	"Transportation and service corridors"	"Potential"	"Water Quality"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause soil erosion and thus have negative impacts on water quality, though because of the size of the storages, this impact is likely to be low.   However, there may also be spillages from road accidents or pipeline breakages, and the proximity to the storages raises the overall impact to Medium."
6255	"Maroon Dam Declared Catchment_South East Queensland_689"	"Coal mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Due to the proximity of the declared catchment area to the water storage, any overtopping of or breach of the mine water dams in this declared catchment area will result in mine water flowing into water storages used for drinking and primary industry.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This asset is a major habitat for water foul and migratory birds, as well as native fish and other microfauna.  Under the JAMBA, CAMBA and ROKAMBA agreements, these migratory bird habitat sites need to be protected as the species are critical to other ecosystems around the world.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6256	"Maroon Dam Declared Catchment_South East Queensland_689"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Due to the proximity of the declared catchment area to the water storage, any overtopping of or breach of the mine water dams in this declared catchment area will result in mine water flowing into water storages used for drinking and primary industry.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  As this asset is a major source of SEQ's drinking water, any contamination with toxic compounds could be at best expensive to treat, and at worst a catastrophe with both short and long-term human health impacts."
6257	"Maroon Dam Declared Catchment_South East Queensland_689"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, it is uncertain what the impacts may be on the aquatic ecosystems within the storages, and there may be excess water requiring additional releases from the storages that impact upon primary industry down-stream, such as necessitating the removal of stock from waterways and low-lying areas, low-lying crossings becoming impassable and the additional water in our dams may mean flood mitigation would be less effective."
6258	"Maroon Dam Declared Catchment_South East Queensland_689"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  In some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Storage of this coal seam gas water and ""fracking"" fluid is often in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Due to the proximity of the declared catchment area to the water storage, any overtopping of or breach of the mine water dams in this declared catchment area will result in coal seam gas water and/or ""fracking"" fluid flowing into water storages used for drinking and primary industry. This asset is a major habitat for water foul and migratory birds, as well as native fish and other microfauna.  Under the JAMBA, CAMBA and ROKAMBA agreements, these migratory bird habitat sites need to be protected as the species are critical to other ecosystems around the world.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise.  Recreational fishing includes the human consumption of the top predators (ie. native fish in Australia and/or birds & birds eggs in other countries) who by their position in the food chain are toxic chemical accumulators."
6259	"Maroon Dam Declared Catchment_South East Queensland_689"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Due to the proximity of the declared catchment area to the water storage, any overtopping of or breach of the mine water dams in this declared catchment area will result in coal seam gas water flowing into water storages used for drinking and primary industry.  If the salinity of the water in SEQ's water storages is increased, there will be a considerable additional expense to purify the water to drinking standards.  In addition, above a certain salinity level, dialysis equipment will not work, putting human lives at risk.  Furthermore, in some instances toxic chemicals are used to hydraulically fracture (""frack"") the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and should never be used near a potable water source as significant human health issues may result.  Researchers have found that disposal of large amounts of fracking well wastewater presents risks from salts and radioactive materials that are several orders of magnitude larger than for other potential water pollution pathways."
6260	"Maroon Dam Declared Catchment_South East Queensland_689"	"Transportation and service corridors"	"Potential"	"Water Quality"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location. Impacts still depend on compliance?"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause soil erosion and thus have negative impacts on water quality, though because of the size of the storages, this impact is likely to be low.   However, there may also be spillages from road accidents or pipeline breakages, and the proximity to the storages raises the overall impact to Medium."
6261	"Albert River_South East Queensland_690"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6262	"Albert River_South East Queensland_690"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6263	"Albert River_South East Queensland_690"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6264	"Albert River_South East Queensland_690"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6265	"Albert River_South East Queensland_690"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6266	"Albert River_South East Queensland_690"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6267	"Albert River_South East Queensland_690"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6268	"Albert River (Left Branch)_South East Queensland_691"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6269	"Albert River (Left Branch)_South East Queensland_691"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6270	"Albert River (Left Branch)_South East Queensland_691"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6271	"Albert River (Left Branch)_South East Queensland_691"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6272	"Albert River (Left Branch)_South East Queensland_691"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6273	"Albert River (Left Branch)_South East Queensland_691"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6274	"Albert River (Left Branch)_South East Queensland_691"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6275	"Albert River (Right Branch)_South East Queensland_692"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6276	"Albert River (Right Branch)_South East Queensland_692"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6277	"Albert River (Right Branch)_South East Queensland_692"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6278	"Albert River (Right Branch)_South East Queensland_692"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6279	"Albert River (Right Branch)_South East Queensland_692"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6280	"Albert River (Right Branch)_South East Queensland_692"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6281	"Albert River (Right Branch)_South East Queensland_692"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6282	"Alfords Creek_South East Queensland_693"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6283	"Alfords Creek_South East Queensland_693"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6284	"Alfords Creek_South East Queensland_693"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6285	"Alfords Creek_South East Queensland_693"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6286	"Alfords Creek_South East Queensland_693"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6287	"Alfords Creek_South East Queensland_693"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6288	"Alfords Creek_South East Queensland_693"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6296	"Allan Creek_South East Queensland_695"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6297	"Allan Creek_South East Queensland_695"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6298	"Allan Creek_South East Queensland_695"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6299	"Allan Creek_South East Queensland_695"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6300	"Allan Creek_South East Queensland_695"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6301	"Allan Creek_South East Queensland_695"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6302	"Allan Creek_South East Queensland_695"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6303	"Allan Creek (Right Branch)_South East Queensland_696"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6304	"Allan Creek (Right Branch)_South East Queensland_696"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6305	"Allan Creek (Right Branch)_South East Queensland_696"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6306	"Allan Creek (Right Branch)_South East Queensland_696"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6307	"Allan Creek (Right Branch)_South East Queensland_696"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6308	"Allan Creek (Right Branch)_South East Queensland_696"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6309	"Allan Creek (Right Branch)_South East Queensland_696"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6324	"Back Creek_South East Queensland_699"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6325	"Back Creek_South East Queensland_699"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6326	"Back Creek_South East Queensland_699"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6327	"Back Creek_South East Queensland_699"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6328	"Back Creek_South East Queensland_699"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6329	"Back Creek_South East Queensland_699"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6330	"Back Creek_South East Queensland_699"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6331	"Biddaddaba Creek_South East Queensland_700"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6332	"Biddaddaba Creek_South East Queensland_700"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6333	"Biddaddaba Creek_South East Queensland_700"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6334	"Biddaddaba Creek_South East Queensland_700"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6335	"Biddaddaba Creek_South East Queensland_700"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6336	"Biddaddaba Creek_South East Queensland_700"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6337	"Biddaddaba Creek_South East Queensland_700"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6373	"Bremer River_South East Queensland_706"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6374	"Bremer River_South East Queensland_706"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6375	"Bremer River_South East Queensland_706"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6376	"Bremer River_South East Queensland_706"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6377	"Bremer River_South East Queensland_706"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6378	"Bremer River_South East Queensland_706"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6379	"Bremer River_South East Queensland_706"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6380	"Bremer River_South East Queensland_706"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6381	"Bremer River_South East Queensland_706"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6382	"Bremer River_South East Queensland_706"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6383	"Brisbane River (Lower)_South East Queensland_707"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6384	"Brisbane River (Lower)_South East Queensland_707"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6385	"Brisbane River (Lower)_South East Queensland_707"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6386	"Brisbane River (Lower)_South East Queensland_707"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6387	"Brisbane River (Lower)_South East Queensland_707"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6388	"Brisbane River (Lower)_South East Queensland_707"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6389	"Brisbane River (Lower)_South East Queensland_707"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6425	"Bundamba Creek_South East Queensland_713"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6426	"Bundamba Creek_South East Queensland_713"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6427	"Bundamba Creek_South East Queensland_713"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6428	"Bundamba Creek_South East Queensland_713"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6429	"Bundamba Creek_South East Queensland_713"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6430	"Bundamba Creek_South East Queensland_713"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6431	"Bundamba Creek_South East Queensland_713"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6432	"Burnett Creek_South East Queensland_714"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6433	"Burnett Creek_South East Queensland_714"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6434	"Burnett Creek_South East Queensland_714"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6435	"Burnett Creek_South East Queensland_714"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6436	"Burnett Creek_South East Queensland_714"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6437	"Burnett Creek_South East Queensland_714"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6438	"Burnett Creek_South East Queensland_714"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6460	"Cainbable Creek_South East Queensland_718"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6461	"Cainbable Creek_South East Queensland_718"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6462	"Cainbable Creek_South East Queensland_718"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6463	"Cainbable Creek_South East Queensland_718"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6464	"Cainbable Creek_South East Queensland_718"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6465	"Cainbable Creek_South East Queensland_718"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6466	"Cainbable Creek_South East Queensland_718"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6467	"Camp Creek_South East Queensland_719"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6468	"Camp Creek_South East Queensland_719"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6469	"Camp Creek_South East Queensland_719"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6470	"Camp Creek_South East Queensland_719"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6471	"Camp Creek_South East Queensland_719"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6472	"Camp Creek_South East Queensland_719"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6473	"Camp Creek_South East Queensland_719"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6474	"Cannon Creek_South East Queensland_720"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6475	"Cannon Creek_South East Queensland_720"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6476	"Cannon Creek_South East Queensland_720"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6477	"Cannon Creek_South East Queensland_720"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6478	"Cannon Creek_South East Queensland_720"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6479	"Cannon Creek_South East Queensland_720"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6480	"Cannon Creek_South East Queensland_720"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6481	"Canungra Creek_South East Queensland_721"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6482	"Canungra Creek_South East Queensland_721"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6483	"Canungra Creek_South East Queensland_721"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6484	"Canungra Creek_South East Queensland_721"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6485	"Canungra Creek_South East Queensland_721"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6486	"Canungra Creek_South East Queensland_721"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6487	"Canungra Creek_South East Queensland_721"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6488	"Canungra Creek (Left Branch)_South East Queensland_722"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6489	"Canungra Creek (Left Branch)_South East Queensland_722"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6490	"Canungra Creek (Left Branch)_South East Queensland_722"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6491	"Canungra Creek (Left Branch)_South East Queensland_722"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6492	"Canungra Creek (Left Branch)_South East Queensland_722"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6493	"Canungra Creek (Left Branch)_South East Queensland_722"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6494	"Canungra Creek (Left Branch)_South East Queensland_722"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6495	"Canungra Creek (Right Branch)_South East Queensland_723"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6496	"Canungra Creek (Right Branch)_South East Queensland_723"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6497	"Canungra Creek (Right Branch)_South East Queensland_723"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6498	"Canungra Creek (Right Branch)_South East Queensland_723"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6499	"Canungra Creek (Right Branch)_South East Queensland_723"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6500	"Canungra Creek (Right Branch)_South East Queensland_723"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6501	"Canungra Creek (Right Branch)_South East Queensland_723"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6502	"Carneys Creek_South East Queensland_724"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6503	"Carneys Creek_South East Queensland_724"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6504	"Carneys Creek_South East Queensland_724"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6505	"Carneys Creek_South East Queensland_724"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6506	"Carneys Creek_South East Queensland_724"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6507	"Carneys Creek_South East Queensland_724"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6508	"Carneys Creek_South East Queensland_724"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6516	"Chinghee Creek_South East Queensland_726"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6517	"Chinghee Creek_South East Queensland_726"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6518	"Chinghee Creek_South East Queensland_726"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6519	"Chinghee Creek_South East Queensland_726"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6520	"Chinghee Creek_South East Queensland_726"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6521	"Chinghee Creek_South East Queensland_726"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6522	"Chinghee Creek_South East Queensland_726"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6523	"Christmas Creek_South East Queensland_727"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6524	"Christmas Creek_South East Queensland_727"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6525	"Christmas Creek_South East Queensland_727"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6526	"Christmas Creek_South East Queensland_727"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6527	"Christmas Creek_South East Queensland_727"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6528	"Christmas Creek_South East Queensland_727"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6529	"Christmas Creek_South East Queensland_727"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6530	"Clayton Gully_South East Queensland_728"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6531	"Clayton Gully_South East Queensland_728"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6532	"Clayton Gully_South East Queensland_728"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6533	"Clayton Gully_South East Queensland_728"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6534	"Clayton Gully_South East Queensland_728"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6535	"Clayton Gully_South East Queensland_728"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6536	"Clayton Gully_South East Queensland_728"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6544	"Coomera River_South East Queensland_730"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6545	"Coomera River_South East Queensland_730"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6546	"Coomera River_South East Queensland_730"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6547	"Coomera River_South East Queensland_730"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6548	"Coomera River_South East Queensland_730"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6549	"Coomera River_South East Queensland_730"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6550	"Coomera River_South East Queensland_730"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6565	"Coulson Creek_South East Queensland_733"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6566	"Coulson Creek_South East Queensland_733"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6567	"Coulson Creek_South East Queensland_733"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6568	"Coulson Creek_South East Queensland_733"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6569	"Coulson Creek_South East Queensland_733"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6570	"Coulson Creek_South East Queensland_733"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6571	"Coulson Creek_South East Queensland_733"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6628	"Duck Creek_South East Queensland_742"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6629	"Duck Creek_South East Queensland_742"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6630	"Duck Creek_South East Queensland_742"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6631	"Duck Creek_South East Queensland_742"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6632	"Duck Creek_South East Queensland_742"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6633	"Duck Creek_South East Queensland_742"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6634	"Duck Creek_South East Queensland_742"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6698	"Franklin Vale Creek_South East Queensland_752"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6699	"Franklin Vale Creek_South East Queensland_752"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6700	"Franklin Vale Creek_South East Queensland_752"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6701	"Franklin Vale Creek_South East Queensland_752"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6702	"Franklin Vale Creek_South East Queensland_752"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6703	"Franklin Vale Creek_South East Queensland_752"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6704	"Franklin Vale Creek_South East Queensland_752"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6705	"Franklin Vale Creek_South East Queensland_752"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6706	"Franklin Vale Creek_South East Queensland_752"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6707	"Franklin Vale Creek_South East Queensland_752"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6729	"Happy Jack Gully_South East Queensland_756"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6730	"Happy Jack Gully_South East Queensland_756"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6731	"Happy Jack Gully_South East Queensland_756"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6732	"Happy Jack Gully_South East Queensland_756"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6733	"Happy Jack Gully_South East Queensland_756"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6734	"Happy Jack Gully_South East Queensland_756"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6735	"Happy Jack Gully_South East Queensland_756"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6743	"Kents Lagoon_South East Queensland_758"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6744	"Kents Lagoon_South East Queensland_758"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6745	"Kents Lagoon_South East Queensland_758"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6746	"Kents Lagoon_South East Queensland_758"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6747	"Kents Lagoon_South East Queensland_758"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6748	"Kents Lagoon_South East Queensland_758"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6749	"Kents Lagoon_South East Queensland_758"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6750	"Kerry Creek_South East Queensland_759"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6751	"Kerry Creek_South East Queensland_759"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6752	"Kerry Creek_South East Queensland_759"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6753	"Kerry Creek_South East Queensland_759"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6754	"Kerry Creek_South East Queensland_759"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6755	"Kerry Creek_South East Queensland_759"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6756	"Kerry Creek_South East Queensland_759"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6778	"Knapps Creek_South East Queensland_763"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6779	"Knapps Creek_South East Queensland_763"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6780	"Knapps Creek_South East Queensland_763"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6781	"Knapps Creek_South East Queensland_763"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6782	"Knapps Creek_South East Queensland_763"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6783	"Knapps Creek_South East Queensland_763"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6784	"Knapps Creek_South East Queensland_763"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6848	"Logan River_South East Queensland_773"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6849	"Logan River_South East Queensland_773"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6850	"Logan River_South East Queensland_773"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6851	"Logan River_South East Queensland_773"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6852	"Logan River_South East Queensland_773"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6853	"Logan River_South East Queensland_773"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6854	"Logan River_South East Queensland_773"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6918	"Mount Barney Creek_South East Queensland_783"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6919	"Mount Barney Creek_South East Queensland_783"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6920	"Mount Barney Creek_South East Queensland_783"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6921	"Mount Barney Creek_South East Queensland_783"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6922	"Mount Barney Creek_South East Queensland_783"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6923	"Mount Barney Creek_South East Queensland_783"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6924	"Mount Barney Creek_South East Queensland_783"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6932	"Mount Walker Creek_South East Queensland_785"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6933	"Mount Walker Creek_South East Queensland_785"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6934	"Mount Walker Creek_South East Queensland_785"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6935	"Mount Walker Creek_South East Queensland_785"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6936	"Mount Walker Creek_South East Queensland_785"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6937	"Mount Walker Creek_South East Queensland_785"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6938	"Mount Walker Creek_South East Queensland_785"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6974	"New Year Creek_South East Queensland_791"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6975	"New Year Creek_South East Queensland_791"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6976	"New Year Creek_South East Queensland_791"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6977	"New Year Creek_South East Queensland_791"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6978	"New Year Creek_South East Queensland_791"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6979	"New Year Creek_South East Queensland_791"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6980	"New Year Creek_South East Queensland_791"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
6988	"Nixon Creek_South East Queensland_793"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
6989	"Nixon Creek_South East Queensland_793"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
6990	"Nixon Creek_South East Queensland_793"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
6991	"Nixon Creek_South East Queensland_793"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6992	"Nixon Creek_South East Queensland_793"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
6993	"Nixon Creek_South East Queensland_793"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
6994	"Nixon Creek_South East Queensland_793"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
7044	"Oaky Creek (Logan)_South East Queensland_801"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
7045	"Oaky Creek (Logan)_South East Queensland_801"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
7046	"Oaky Creek (Logan)_South East Queensland_801"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
7047	"Oaky Creek (Logan)_South East Queensland_801"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7048	"Oaky Creek (Logan)_South East Queensland_801"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
7049	"Oaky Creek (Logan)_South East Queensland_801"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7050	"Oaky Creek (Logan)_South East Queensland_801"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
7058	"Oxley Creek_South East Queensland_803"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
7059	"Oxley Creek_South East Queensland_803"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
7060	"Oxley Creek_South East Queensland_803"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
7061	"Oxley Creek_South East Queensland_803"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7062	"Oxley Creek_South East Queensland_803"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
7063	"Oxley Creek_South East Queensland_803"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7064	"Oxley Creek_South East Queensland_803"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
7114	"Price Creek_South East Queensland_811"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
7115	"Price Creek_South East Queensland_811"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
7116	"Price Creek_South East Queensland_811"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
7117	"Price Creek_South East Queensland_811"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7118	"Price Creek_South East Queensland_811"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
7119	"Price Creek_South East Queensland_811"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7120	"Price Creek_South East Queensland_811"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
7121	"Purga Creek_South East Queensland_812"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
7122	"Purga Creek_South East Queensland_812"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
7123	"Purga Creek_South East Queensland_812"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
7124	"Purga Creek_South East Queensland_812"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7125	"Purga Creek_South East Queensland_812"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
7126	"Purga Creek_South East Queensland_812"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7127	"Purga Creek_South East Queensland_812"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
7135	"Pyramid Creek_South East Queensland_814"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
7136	"Pyramid Creek_South East Queensland_814"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
7137	"Pyramid Creek_South East Queensland_814"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
7138	"Pyramid Creek_South East Queensland_814"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7139	"Pyramid Creek_South East Queensland_814"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
7140	"Pyramid Creek_South East Queensland_814"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7141	"Pyramid Creek_South East Queensland_814"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
7163	"Reynolds Creek_South East Queensland_818"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
7164	"Reynolds Creek_South East Queensland_818"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
7165	"Reynolds Creek_South East Queensland_818"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
7166	"Reynolds Creek_South East Queensland_818"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7167	"Reynolds Creek_South East Queensland_818"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
7168	"Reynolds Creek_South East Queensland_818"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7169	"Reynolds Creek_South East Queensland_818"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
7184	"Running Creek (Logan)_South East Queensland_821"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
7185	"Running Creek (Logan)_South East Queensland_821"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
7186	"Running Creek (Logan)_South East Queensland_821"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
7187	"Running Creek (Logan)_South East Queensland_821"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7188	"Running Creek (Logan)_South East Queensland_821"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
7189	"Running Creek (Logan)_South East Queensland_821"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7190	"Running Creek (Logan)_South East Queensland_821"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
7219	"Sandy Creek (Logan)_South East Queensland_826"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
7220	"Sandy Creek (Logan)_South East Queensland_826"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
7221	"Sandy Creek (Logan)_South East Queensland_826"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
7222	"Sandy Creek (Logan)_South East Queensland_826"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7223	"Sandy Creek (Logan)_South East Queensland_826"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
7224	"Sandy Creek (Logan)_South East Queensland_826"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7225	"Sandy Creek (Logan)_South East Queensland_826"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
7240	"Seven Mile Creek_South East Queensland_829"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
7241	"Seven Mile Creek_South East Queensland_829"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
7242	"Seven Mile Creek_South East Queensland_829"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
7243	"Seven Mile Creek_South East Queensland_829"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7244	"Seven Mile Creek_South East Queensland_829"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
7245	"Seven Mile Creek_South East Queensland_829"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7246	"Seven Mile Creek_South East Queensland_829"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
7254	"Sheepstation Creek (Logan)_South East Queensland_831"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
7255	"Sheepstation Creek (Logan)_South East Queensland_831"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
7256	"Sheepstation Creek (Logan)_South East Queensland_831"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
7257	"Sheepstation Creek (Logan)_South East Queensland_831"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7258	"Sheepstation Creek (Logan)_South East Queensland_831"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
7259	"Sheepstation Creek (Logan)_South East Queensland_831"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7260	"Sheepstation Creek (Logan)_South East Queensland_831"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
7310	"Stockyard Creek_South East Queensland_839"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
7311	"Stockyard Creek_South East Queensland_839"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
7312	"Stockyard Creek_South East Queensland_839"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
7313	"Stockyard Creek_South East Queensland_839"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7314	"Stockyard Creek_South East Queensland_839"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
7315	"Stockyard Creek_South East Queensland_839"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7316	"Stockyard Creek_South East Queensland_839"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
7331	"Tamrookum Creek_South East Queensland_842"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
7332	"Tamrookum Creek_South East Queensland_842"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
7333	"Tamrookum Creek_South East Queensland_842"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
7334	"Tamrookum Creek_South East Queensland_842"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7335	"Tamrookum Creek_South East Queensland_842"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
7336	"Tamrookum Creek_South East Queensland_842"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7337	"Tamrookum Creek_South East Queensland_842"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
7345	"Teviot Brook_South East Queensland_844"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
7346	"Teviot Brook_South East Queensland_844"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
7347	"Teviot Brook_South East Queensland_844"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
7348	"Teviot Brook_South East Queensland_844"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7349	"Teviot Brook_South East Queensland_844"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
7350	"Teviot Brook_South East Queensland_844"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7351	"Teviot Brook_South East Queensland_844"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
7352	"Tonys Creek_South East Queensland_845"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
7353	"Tonys Creek_South East Queensland_845"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
7354	"Tonys Creek_South East Queensland_845"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
7355	"Tonys Creek_South East Queensland_845"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7356	"Tonys Creek_South East Queensland_845"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
7357	"Tonys Creek_South East Queensland_845"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7358	"Tonys Creek_South East Queensland_845"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
7366	"Warrill Creek_South East Queensland_847"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
7367	"Warrill Creek_South East Queensland_847"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
7368	"Warrill Creek_South East Queensland_847"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
7369	"Warrill Creek_South East Queensland_847"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7370	"Warrill Creek_South East Queensland_847"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
7371	"Warrill Creek_South East Queensland_847"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7372	"Warrill Creek_South East Queensland_847"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
7373	"Western Creek_South East Queensland_848"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
7374	"Western Creek_South East Queensland_848"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
7375	"Western Creek_South East Queensland_848"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
7376	"Western Creek_South East Queensland_848"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
7377	"Western Creek_South East Queensland_848"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
7378	"Western Creek_South East Queensland_848"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
7379	"Western Creek_South East Queensland_848"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7380	"Western Creek_South East Queensland_848"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
7381	"Western Creek_South East Queensland_848"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7382	"Western Creek_South East Queensland_848"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
7383	"Widgee Creek_South East Queensland_849"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
7384	"Widgee Creek_South East Queensland_849"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
7385	"Widgee Creek_South East Queensland_849"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
7386	"Widgee Creek_South East Queensland_849"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7387	"Widgee Creek_South East Queensland_849"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
7388	"Widgee Creek_South East Queensland_849"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7389	"Widgee Creek_South East Queensland_849"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
7390	"Wild Cattle Creek (Left Branch)_South East Queensland_850"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
7391	"Wild Cattle Creek (Left Branch)_South East Queensland_850"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
7392	"Wild Cattle Creek (Left Branch)_South East Queensland_850"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
7393	"Wild Cattle Creek (Left Branch)_South East Queensland_850"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7394	"Wild Cattle Creek (Left Branch)_South East Queensland_850"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
7395	"Wild Cattle Creek (Left Branch)_South East Queensland_850"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7396	"Wild Cattle Creek (Left Branch)_South East Queensland_850"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
7397	"Wild Cattle Creek (Right Branch)_South East Queensland_851"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
7398	"Wild Cattle Creek (Right Branch)_South East Queensland_851"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
7399	"Wild Cattle Creek (Right Branch)_South East Queensland_851"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
7400	"Wild Cattle Creek (Right Branch)_South East Queensland_851"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7401	"Wild Cattle Creek (Right Branch)_South East Queensland_851"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
7402	"Wild Cattle Creek (Right Branch)_South East Queensland_851"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7403	"Wild Cattle Creek (Right Branch)_South East Queensland_851"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
7411	"Woogaroo Creek_South East Queensland_853"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
7412	"Woogaroo Creek_South East Queensland_853"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
7413	"Woogaroo Creek_South East Queensland_853"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
7414	"Woogaroo Creek_South East Queensland_853"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7415	"Woogaroo Creek_South East Queensland_853"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
7416	"Woogaroo Creek_South East Queensland_853"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7417	"Woogaroo Creek_South East Queensland_853"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
7418	"Woollaman Creek_South East Queensland_854"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
7419	"Woollaman Creek_South East Queensland_854"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
7420	"Woollaman Creek_South East Queensland_854"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
7421	"Woollaman Creek_South East Queensland_854"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7422	"Woollaman Creek_South East Queensland_854"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
7423	"Woollaman Creek_South East Queensland_854"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the waterway ecosystem and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
7424	"Woollaman Creek_South East Queensland_854"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
19258	"GRUBBERS GULLY_Northern Rivers_1131"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19259	"GRUBBERS GULLY_Northern Rivers_707"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19260	"GULAREY CREEK_Northern Rivers_453"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19261	"GULAREY CREEK_Northern Rivers_454"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19262	"GULAREY CREEK_Northern Rivers_958"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19263	"Gullyvul Spring Spring_Northern Rivers_2623"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19265	"GUM CREEK_Northern Rivers_1473"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19267	"GUNDURIMBA CREEK_Northern Rivers_544"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19269	"HALEYS CREEK_Northern Rivers_1230"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19270	"HALFWAY CREEK_Northern Rivers_1279"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19271	"HALFWAY CREEK_Northern Rivers_188"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19273	"HARRISONS CREEK_Northern Rivers_1034"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19275	"HARVEY CREEK_Northern Rivers_1134"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19276	"HASSANS CREEK_Northern Rivers_455"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19277	"HAYSTACK CREEK_Northern Rivers_1555"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19278	"HAYSTACK CREEK_Northern Rivers_754"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19283	"HENDERSONS DRAIN_Northern Rivers_1460"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19284	"Hiawatha_Northern Rivers_2339"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19286	"HIDDEN CREEK_Northern Rivers_76"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19287	"HIXSONS CREEK_Northern Rivers_459"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19288	"HOFFMANS CREEK_Northern Rivers_1267"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19289	"HOLLINGWORTH CREEK_Northern Rivers_555"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19290	"HOOPIRON GULLY_Northern Rivers_584"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19292	"HOPKINS CREEK_Northern Rivers_957"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19293	"HOPPINDICK CREEK_Northern Rivers_450"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19294	"HOPPING DICKS CREEK_Northern Rivers_1132"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19295	"HOPPING DICKS CREEK_Northern Rivers_708"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19296	"HOPPING DICKS CREEK_Northern Rivers_709"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19297	"HORSE STATION CREEK_Northern Rivers_466"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19298	"HORSE STATION CREEK_Northern Rivers_960"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19299	"HORSESHOE CREEK_Northern Rivers_1554"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19300	"HORSESHOE CREEK_Northern Rivers_753"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19303	"HOUGHLAHANS CREEK_Northern Rivers_1235"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19305	"HOUSEKNOB CREEK_Northern Rivers_1142"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19306	"HOWARDS CREEK_Northern Rivers_622"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19307	"HUDSONS CREEK_Northern Rivers_1145"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19308	"HUMBUG CREEK_Northern Rivers_189"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19309	"HUMBUG GULLY_Northern Rivers_198"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19312	"HUNGRY GULLY_Northern Rivers_412"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19317	"IRON POT CREEK_Northern Rivers_1556"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19318	"IRON POT CREEK_Northern Rivers_1646"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19320	"IRON POT CREEK_Northern Rivers_755"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19321	"J0ES GULLY_Northern Rivers_1457"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19326	"JACKSONS CREEK_Northern Rivers_185"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19327	"JACKYBULBIN CREEK_Northern Rivers_1105"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19328	"JACKYS CREEK_Northern Rivers_1035"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19329	"JACKYS CREEK_Northern Rivers_668"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19330	"JACKYS GULLY_Northern Rivers_744"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19331	"JAMES CREEK_Northern Rivers_190"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19333	"JEFFRIES CREEK_Northern Rivers_1144"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19334	"JEFFRIES CREEK_Northern Rivers_1368"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19335	"JEFFRIES CREEK_Northern Rivers_710"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19336	"JERRYS CREEK_Northern Rivers_199"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19337	"JERUSALEM CREEK ESTUARY_Northern Rivers_1752"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19339	"JERUSALEM CREEK_Northern Rivers_981"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19340	"JIGGI CREEK_Northern Rivers_1107"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19341	"JIGGI CREEK_Northern Rivers_699"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19343	"JOHNSONS CREEK_Northern Rivers_666"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19344	"JOHNSTON CREEK_Northern Rivers_179"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19345	"JOHNSTONS GULLY_Northern Rivers_186"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19348	"JOSEPHS CREEK_Northern Rivers_1428"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19350	"JUNCTION CREEK_Northern Rivers_191"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19353	"KANGAROO CREEK_Northern Rivers_1403"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19354	"KANGAROO RIVER_Northern Rivers_1572"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
19355	"KANGAROO RIVER_Northern Rivers_794"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19359	"KEEMBIN CREEK_Northern Rivers_1149"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19362	"KELLYS GULLY_Northern Rivers_1033"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19363	"KELLYS GULLY_Northern Rivers_201"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19364	"KENNEDYS SWAMP_Northern Rivers_2379"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19365	"KINGS CHANNEL_Northern Rivers_473"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19371	"KOOLKHAN CREEK_Northern Rivers_1212"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19372	"KOOLKHAN CREEK_Northern Rivers_732"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19373	"KOONORIGAN CREEK_Northern Rivers_413"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19375	"KOREELAH CREEK_Northern Rivers_1581"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19376	"KOREELAH CREEK_Northern Rivers_1582"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19377	"KOREELAH CREEK_Northern Rivers_1583"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19378	"KOREELAH CREEK_Northern Rivers_1650"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19382	"KOUKANDOWIE CREEK_Northern Rivers_1710"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
19383	"KREMNOS CREEK_Northern Rivers_1147"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19384	"KUNGHUR CREEK_Northern Rivers_474"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19385	"KUNGHURLOO CREEK_Northern Rivers_1236"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19386	"KUNGURRABAR CREEK_Northern Rivers_475"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19387	"KURRAJONG CREEK_Northern Rivers_1032"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19388	"KURRAJONG CREEK_Northern Rivers_184"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19391	"LAGOON CREEK_Northern Rivers_553"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19392	"LAGOON CREEK_Northern Rivers_673"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19393	"Lake Ainsworth_Northern Rivers_2312"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19394	"LAKE ARRAGAN ESTUARY_Northern Rivers_1753"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19411	"Lake Hiawatha_Northern Rivers_2335"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19414	"Lake_Northern Rivers_2386"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19418	"Lake_Northern Rivers_2390"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19448	"Lake_Northern Rivers_2422"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19455	"Lake_Northern Rivers_2429"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19467	"Lake_Northern Rivers_2441"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19493	"Lake_Northern Rivers_2468"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19495	"Lake_Northern Rivers_2470"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19498	"Lake_Northern Rivers_2473"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19503	"Lake_Northern Rivers_2478"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19504	"Lake_Northern Rivers_2479"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19509	"Lake_Northern Rivers_2484"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19510	"LAMBING CREEK_Northern Rivers_756"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19511	"LANES CREEK_Northern Rivers_225"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19512	"LANKEYS CREEK_Northern Rivers_1044"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19513	"LARGE GULLY_Northern Rivers_1152"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19515	"LAZYMAN CREEK_Northern Rivers_408"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19516	"LECKIES GULLY_Northern Rivers_1266"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19517	"LEFT HAND CREEK_Northern Rivers_208"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19518	"LEMON CREEK_Northern Rivers_469"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19519	"LEMON TREE CREEK_Northern Rivers_230"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19521	"LEVER CREEK_Northern Rivers_206"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19522	"LEYCESTER CREEK_Northern Rivers_1625"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19523	"LEYCESTER CREEK_Northern Rivers_1626"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19524	"LEYCESTER CREEK_Northern Rivers_1690"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19525	"LEYCESTER CREEK_Northern Rivers_1719"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19526	"LINDESAY CREEK_Northern Rivers_1050"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19527	"LINDESAY CREEK_Northern Rivers_679"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19529	"LITTLE BACK CREEK_Northern Rivers_1051"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19530	"LITTLE BACK CREEK_Northern Rivers_1052"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19531	"LITTLE BACK CREEK_Northern Rivers_680"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19532	"LITTLE BENNYS CREEK_Northern Rivers_476"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19533	"LITTLE BRINDLE CREEK_Northern Rivers_1148"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19534	"Little Broadwater_Northern Rivers_2345"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19535	"LITTLE CREEK_Northern Rivers_1237"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19536	"LITTLE CREEK_Northern Rivers_737"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19537	"LITTLE CULLENS CREEK_Northern Rivers_480"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19538	"LITTLE FISHERY CREEK_Northern Rivers_489"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19539	"LITTLE FISHERY CREEK_Northern Rivers_965"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19540	"LITTLE HAYSTACK CREEK_Northern Rivers_511"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19541	"Little Marsh Swamp Wetland_Northern Rivers_3789"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19542	"LITTLE MATTIERS CREEK_Northern Rivers_497"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19548	"LITTLE OAKY CREEK_Northern Rivers_675"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19549	"LITTLE O'DONNEL CREEK_Northern Rivers_571"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19550	"LITTLE ROCKY CREEK_Northern Rivers_1238"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19553	"LITTLE SWAN CREEK_Northern Rivers_1172"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19588	"LOFTVILLE CREEK_Northern Rivers_623"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19589	"LOGAN CREEK_Northern Rivers_512"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19590	"LOLLBACK CREEK_Northern Rivers_513"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19591	"LOLLBACKS GULLY_Northern Rivers_1456"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19592	"LOLLIPOP WATERHOLE_Northern Rivers_2378"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19593	"LONG ARM CREEK_Northern Rivers_209"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19594	"LONG CREEK_Northern Rivers_1042"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19596	"LONG CREEK_Northern Rivers_671"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19599	"LONG GULLY_Northern Rivers_223"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19600	"LONG GULLY_Northern Rivers_224"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19601	"LONG MILE CREEK_Northern Rivers_1161"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19603	"LOUISA CREEK_Northern Rivers_215"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19745	"LURCOCK CREEK_Northern Rivers_1269"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19746	"LYNCHS CREEK_Northern Rivers_1488"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19747	"LYNCHS CREEK_Northern Rivers_1489"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19748	"LYNCHS CREEK_Northern Rivers_797"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19750	"MADMANS CREEK_Northern Rivers_202"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19752	"MAGUIRES CREEK_Northern Rivers_1658"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19756	"MAIN CREEK_Northern Rivers_1407"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19757	"MALONEYS CREEK_Northern Rivers_204"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19758	"MANDLES SWAMP_Northern Rivers_1446"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19759	"MANGROVE CREEK_Northern Rivers_1345"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19762	"MAORI CREEK_Northern Rivers_627"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19764	"MAROM CREEK_Northern Rivers_1239"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19777	"MATENGA CREEK_Northern Rivers_1447"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19778	"MATTIERS CREEK_Northern Rivers_1671"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19779	"MAYS CAMP CREEK_Northern Rivers_1220"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19782	"MCCALLS CREEK_Northern Rivers_490"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19785	"MCDONALDS CREEK_Northern Rivers_210"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19786	"MCINTOSH CREEK_Northern Rivers_217"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19787	"MCINTOSH CREEK_Northern Rivers_923"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19788	"MCMILLANS CREEK_Northern Rivers_645"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19789	"MCPHEES SWAMP_Northern Rivers_2350"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19790	"MCPHILLIPS CREEK_Northern Rivers_1228"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19793	"MELDRUMS CREEK_Northern Rivers_628"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19794	"MICALO CHANNEL_Northern Rivers_482"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19795	"MICALO CHANNEL_Northern Rivers_483"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19796	"MICALO CHANNEL_Northern Rivers_963"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19797	"MICKS CREEK_Northern Rivers_211"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19798	"MIDDLE CHANNEL_Northern Rivers_484"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19800	"MIDDLE CREEK_Northern Rivers_1046"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19801	"MIDDLE CREEK_Northern Rivers_1405"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
19802	"MIDDLE CREEK_Northern Rivers_207"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19803	"MIDDLE CREEK_Northern Rivers_222"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19804	"MIDDLE CREEK_Northern Rivers_674"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19805	"MIDGEN CREEK_Northern Rivers_600"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19808	"MILL CREEK_Northern Rivers_1306"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19809	"MILL CREEK_Northern Rivers_213"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19811	"Minnie Waters_Northern Rivers_2332"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19812	"Minnie Waters_Northern Rivers_2336"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19815	"MOLE CREEK_Northern Rivers_1229"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19816	"MOLE CREEK_Northern Rivers_1382"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19817	"MOLE CREEK_Northern Rivers_1607"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19820	"MOLEVILLE CREEK_Northern Rivers_572"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19822	"MONGOGARIE CREEK_Northern Rivers_1296"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19823	"MONGOGARIE CREEK_Northern Rivers_1496"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19824	"MONGOGARIE CREEK_Northern Rivers_1590"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19825	"MONGOGARIE CREEK_Northern Rivers_1653"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19826	"MONGOGARIE CREEK_Northern Rivers_1654"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19827	"MONKS CREEK_Northern Rivers_242"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19828	"MONTIS GULLY_Northern Rivers_501"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19829	"MOOKIMA WYBRA CREEK_Northern Rivers_1448"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19836	"MORORO CREEK_Northern Rivers_1164"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19837	"MORORO CREEK_Northern Rivers_717"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19838	"MOSQUITO CREEK_Northern Rivers_239"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19839	"MOSQUITO CREEK_Northern Rivers_607"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19840	"MOSQUITO CREEK_Northern Rivers_928"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19843	"MUDDLE GULLY_Northern Rivers_500"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19844	"MULGUM CREEK_Northern Rivers_460"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19845	"MULGUM CREEK_Northern Rivers_959"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19846	"MULLET CREEK_Northern Rivers_244"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19850	"MUMMULGUM CREEK_Northern Rivers_1137"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19851	"MUNNS CREEK_Northern Rivers_1126"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19853	"MUSICIANS CREEK_Northern Rivers_1130"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19854	"MUSICIANS CREEK_Northern Rivers_706"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19855	"MUSK VALLEY CREEK_Northern Rivers_447"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19856	"MYALL CREEK_Northern Rivers_1338"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19857	"MYALL CREEK_Northern Rivers_662"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19858	"MYRTLE CREEK_Northern Rivers_1251"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19859	"MYRTLE CREEK_Northern Rivers_1252"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19860	"MYRTLE CREEK_Northern Rivers_1397"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19861	"MYRTLE CREEK_Northern Rivers_1398"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19862	"MYRTLE CREEK_Northern Rivers_1399"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19863	"MYRTLE CREEK_Northern Rivers_1550"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19864	"MYRTLE CREEK_Northern Rivers_1551"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19865	"MYRTLE CREEK_Northern Rivers_749"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19866	"MYRTLE CREEK_Northern Rivers_750"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19868	"NANDABAH GULLY_Northern Rivers_583"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19869	"NARHO CREEK_Northern Rivers_458"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19876	"NEEDHAMS CREEK_Northern Rivers_504"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19877	"NEILS CREEK_Northern Rivers_1167"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19878	"NEILS CREEK_Northern Rivers_719"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19879	"NETTLE CREEK_Northern Rivers_1174"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19880	"NEWBOLD CREEK_Northern Rivers_1127"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19881	"NEWRYBAR DRAIN_Northern Rivers_1168"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19882	"NEWRYBAR SWAMP_Northern Rivers_2364"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19884	"NIARGA CREEK_Northern Rivers_1169"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19885	"NICHOLSONS CREEK_Northern Rivers_1512"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19887	"NOBBYS CREEK_Northern Rivers_243"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19892	"NORRIS CREEK_Northern Rivers_245"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19893	"NORTH ARM_Northern Rivers_1557"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19894	"NORTH ARM_Northern Rivers_760"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19895	"NORTH ARM_Northern Rivers_761"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19896	"NORTH ARM_Northern Rivers_762"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19897	"NORTH CREEK CANAL_Northern Rivers_1373"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19898	"NORTH CREEK CANAL_Northern Rivers_716"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19899	"NORTH CREEK_Northern Rivers_1608"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19900	"NORTH CREEK_Northern Rivers_827"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19901	"NORTH PUMPENBIL CREEK_Northern Rivers_499"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19902	"NUGGETTY GULLY_Northern Rivers_1047"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19904	"NUMULGI CREEK_Northern Rivers_452"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19911	"NYRANG CREEK_Northern Rivers_1216"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19912	"NYRANG CREEK_Northern Rivers_733"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19913	"OAK FLAT CREEK_Northern Rivers_461"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19915	"OAKS GULLY_Northern Rivers_505"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19918	"OAKY CREEK_Northern Rivers_1475"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19919	"OAKY CREEK_Northern Rivers_237"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19921	"OAKY CREEK_Northern Rivers_241"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
19922	"OAKY CREEK_Northern Rivers_250"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19924	"OAKY CREEK_Northern Rivers_252"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19925	"OAKY CREEK_Northern Rivers_253"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19926	"OAKY CREEK_Northern Rivers_254"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19927	"OAKY CREEK_Northern Rivers_255"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19928	"OAKY CREEK_Northern Rivers_256"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19929	"OAKY CREEK_Northern Rivers_676"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19930	"OAKY CREEK_Northern Rivers_677"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19931	"OAKY CREEK_Northern Rivers_788"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19932	"OAKY CREEK_Northern Rivers_930"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19935	"OBX CREEK_Northern Rivers_247"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19936	"OCTOBER CREEK_Northern Rivers_1589"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19937	"O'DONNELL CREEK_Northern Rivers_590"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19938	"O'DONNELL CREEK_Northern Rivers_985"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19939	"O'DONNELL CREEK_Northern Rivers_986"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19943	"ONYX CREEK_Northern Rivers_445"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19944	"OPOSSUM CREEK_Northern Rivers_1385"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19945	"OPOSSUM CREEK_Northern Rivers_738"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19946	"ORARA RIVER_Northern Rivers_1322"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19947	"ORARA RIVER_Northern Rivers_1537"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19948	"ORARA RIVER_Northern Rivers_1538"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19950	"ORARA RIVER_Northern Rivers_1632"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19952	"ORARA RIVER_Northern Rivers_1695"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19953	"ORARA RIVER_Northern Rivers_1696"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19954	"ORARA RIVER_Northern Rivers_1697"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19955	"ORARA RIVER_Northern Rivers_1720"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19956	"ORARA RIVER_Northern Rivers_1721"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19958	"ORARA RIVER_Northern Rivers_864"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19959	"OREGON CREEK_Northern Rivers_602"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19961	"OXLEY RIVER_Northern Rivers_1438"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19962	"OXLEY RIVER_Northern Rivers_1439"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
19963	"OXLEY RIVER_Northern Rivers_1563"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21197	"OYSTER CHANNEL_Northern Rivers_1295"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21198	"OYSTER CHANNEL_Northern Rivers_810"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21199	"PADDYMELON GULLY_Northern Rivers_507"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21200	"PADDYS CREEK_Northern Rivers_248"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21201	"PAGANS CREEK_Northern Rivers_508"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21202	"PALM CHANNEL_Northern Rivers_1166"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21203	"PALM CREEK_Northern Rivers_506"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21204	"PALM GULLY_Northern Rivers_232"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21205	"PALMER CREEK_Northern Rivers_629"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21206	"PALMERS CHANNEL_Northern Rivers_1374"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21207	"PALMERS CHANNEL_Northern Rivers_718"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21208	"PARADISE CREEK_Northern Rivers_238"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21212	"PEACH TREE CREEK_Northern Rivers_1408"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21213	"PEACOCK CREEK_Northern Rivers_1513"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21214	"PEACOCK CREEK_Northern Rivers_1662"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21215	"PEACOCK CREEK_Northern Rivers_828"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21216	"PEARCES CREEK_Northern Rivers_1388"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21217	"PEARCES CREEK_Northern Rivers_740"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21218	"PEG LEG GULLY_Northern Rivers_520"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21219	"PELICAN CREEK_Northern Rivers_1410"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21220	"PELICAN CREEK_Northern Rivers_763"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21221	"PERCH CREEK_Northern Rivers_525"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21223	"PETER FINN CREEK_Northern Rivers_533"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21224	"PHEASANT CREEK_Northern Rivers_231"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21225	"PHELPS CREEK_Northern Rivers_522"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21226	"PHILLIP CREEK_Northern Rivers_523"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21227	"PHILLIP CREEK_Northern Rivers_972"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21228	"PHILLIP SWAMP_Northern Rivers_2353"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21229	"PHYSICS CREEK_Northern Rivers_631"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21230	"PHYSICS CREEK_Northern Rivers_632"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21231	"PHYSICS CREEK_Northern Rivers_633"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21232	"PHYSICS CREEK_Northern Rivers_634"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21233	"PHYSICS CREEK_Northern Rivers_993"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21234	"PICKABOOBA CREEK_Northern Rivers_524"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21235	"PICKABOOBA CREEK_Northern Rivers_973"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21236	"PICNIC CREEK_Northern Rivers_233"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21237	"PIE MELON GULLY_Northern Rivers_1189"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21238	"PIGEON GULLY_Northern Rivers_278"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21239	"PILLAR VALLEY CREEK_Northern Rivers_1225"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21242	"PINE CREEK_Northern Rivers_1064"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21243	"PINE CREEK_Northern Rivers_1065"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21244	"PINE CREEK_Northern Rivers_1241"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21245	"PINE CREEK_Northern Rivers_1351"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21246	"PINE CREEK_Northern Rivers_265"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21247	"PINE CREEK_Northern Rivers_280"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21248	"PINE CREEK_Northern Rivers_683"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21249	"PINE CREEK_Northern Rivers_741"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21250	"PINE GULLY_Northern Rivers_1071"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21251	"PINE GULLY_Northern Rivers_295"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21252	"PINE LOG CREEK_Northern Rivers_518"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21253	"PINE LOG CREEK_Northern Rivers_970"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21254	"PINE LOG CREEK_Northern Rivers_971"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21255	"PIPE CLAY CREEK ESTUARY_Northern Rivers_1756"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21260	"PLAIN STATION GULLY_Northern Rivers_537"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21261	"PLATEAU CREEK_Northern Rivers_529"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21262	"PLUMBAGO CREEK_Northern Rivers_1323"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21264	"PLUMBAGO CREEK_Northern Rivers_1633"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21266	"PLUMBAGO CREEK_Northern Rivers_867"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21268	"POISON CREEK_Northern Rivers_593"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21271	"POST OFFICE CREEK_Northern Rivers_1198"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21273	"POVERTY CREEK_Northern Rivers_652"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21274	"POWARPAR CREEK_Northern Rivers_531"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21277	"PRETTY GULLY_Northern Rivers_307"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21279	"PUCKA PONDS CREEK_Northern Rivers_1244"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21280	"PULGANBAR CREEK_Northern Rivers_1673"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21281	"PUMPENBIL CREEK_Northern Rivers_1299"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21282	"PUMPENBIL CREEK_Northern Rivers_1503"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21283	"PUNCHBOWL CREEK_Northern Rivers_1575"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21284	"PURGATORY CREEK_Northern Rivers_1074"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21286	"QWYARIGO CREEK_Northern Rivers_519"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21287	"RAINBOW GULLY_Northern Rivers_574"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21288	"RANDLES CREEK_Northern Rivers_1190"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21289	"RASPBERRY CREEK_Northern Rivers_287"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
21290	"RASPBERRY GULLY_Northern Rivers_290"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21291	"RATTLE GULLY_Northern Rivers_586"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21295	"REDBANK CREEK_Northern Rivers_273"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21296	"REDBANK CREEK_Northern Rivers_933"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21298	"REEDY CREEK_Northern Rivers_271"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21300	"REEDY CREEK_Northern Rivers_274"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21301	"REIDS CREEK_Northern Rivers_1062"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21302	"REPENTANCE CREEK_Northern Rivers_521"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21303	"RICHMOND RIVER ESTUARY_Northern Rivers_1757"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21304	"RICHMOND RIVER_Northern Rivers_1327"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21305	"RICHMOND RIVER_Northern Rivers_1328"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21306	"RICHMOND RIVER_Northern Rivers_1329"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21307	"RICHMOND RIVER_Northern Rivers_1540"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21308	"RICHMOND RIVER_Northern Rivers_1541"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21309	"RICHMOND RIVER_Northern Rivers_1542"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21310	"RICHMOND RIVER_Northern Rivers_1543"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21311	"RICHMOND RIVER_Northern Rivers_1544"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21312	"RICHMOND RIVER_Northern Rivers_1635"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21313	"RICHMOND RIVER_Northern Rivers_1636"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21314	"RICHMOND RIVER_Northern Rivers_1637"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21315	"RICHMOND RIVER_Northern Rivers_1638"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21316	"RICHMOND RIVER_Northern Rivers_1639"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21317	"RICHMOND RIVER_Northern Rivers_1699"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21318	"RICHMOND RIVER_Northern Rivers_1727"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21319	"RICHMOND RIVER_Northern Rivers_1728"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21324	"Richmond Wetlands_Northern Rivers_21453"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21327	"RILEYS CREEK_Northern Rivers_636"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21328	"RILEYS CREEK_Northern Rivers_637"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21329	"RILEYS CREEK_Northern Rivers_681"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21330	"RILEYS CREEK_Northern Rivers_994"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21332	"ROBERTS CREEK_Northern Rivers_1057"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21333	"ROBERTS CREEK_Northern Rivers_1058"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21334	"ROBERTS CREEK_Northern Rivers_682"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21335	"ROCKHILL CREEK_Northern Rivers_1377"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21336	"ROCKHILL CREEK_Northern Rivers_725"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21337	"ROCKS WATER GULLY_Northern Rivers_1610"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21339	"ROCKY CREEK_Northern Rivers_1060"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21340	"ROCKY CREEK_Northern Rivers_1063"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21341	"ROCKY CREEK_Northern Rivers_1722"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21342	"ROCKY CREEK_Northern Rivers_275"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21343	"ROCKY CREEK_Northern Rivers_279"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21345	"ROCKY CREEK_Northern Rivers_935"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21346	"ROCKY GULLY_Northern Rivers_263"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21347	"ROCKY GULLY_Northern Rivers_264"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21349	"ROCKY MOUTH CREEK_Northern Rivers_1175"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21350	"ROCKY MOUTH CREEK_Northern Rivers_1375"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21351	"ROCKY MOUTH CREEK_Northern Rivers_720"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21352	"ROCKY WATERHOLES CREEK_Northern Rivers_268"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21353	"ROMIAKA CHANNEL_Northern Rivers_1521"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21354	"ROSEBERRY CREEK_Northern Rivers_1187"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21355	"ROSEBERRY CREEK_Northern Rivers_727"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21365	"ROUS RIVER_Northern Rivers_1593"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21369	"RUNNING CREEK_Northern Rivers_270"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21370	"RUSH GULLY_Northern Rivers_269"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21371	"RYANS CREEK_Northern Rivers_262"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21372	"RYANS CREEK_Northern Rivers_932"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21373	"RYANS GULLY_Northern Rivers_260"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21375	"SALEYARD GULLY_Northern Rivers_1176"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21376	"SALTWATER CREEK_Northern Rivers_1348"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21377	"SALTWATER CREEK_Northern Rivers_1349"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21379	"SALTWATER CREEK_Northern Rivers_1406"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21380	"SALTWATER CREEK_Northern Rivers_218"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21381	"SALTWATER CREEK_Northern Rivers_308"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21382	"SALTWATER CREEK_Northern Rivers_672"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21384	"SALTWATER CREEK_Northern Rivers_924"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21385	"SALTWATER GULLY_Northern Rivers_283"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21386	"SALTY CREEK_Northern Rivers_284"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21387	"SALTY LAGOON ESTUARY_Northern Rivers_1758"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21389	"SAMPSONS GULLY_Northern Rivers_1193"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21390	"SAMS GULLY_Northern Rivers_293"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21391	"SANDHILLS CREEK_Northern Rivers_1066"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21392	"SANDON RIVER ESTUARY_Northern Rivers_1759"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21393	"SANDON RIVER_Northern Rivers_1195"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21396	"SANDY ARM_Northern Rivers_221"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21398	"SANDY CREEK_Northern Rivers_1045"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21399	"SANDY CREEK_Northern Rivers_1277"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21400	"SANDY CREEK_Northern Rivers_1458"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21401	"SANDY CREEK_Northern Rivers_1568"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21402	"SANDY CREEK_Northern Rivers_1649"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21403	"SANDY CREEK_Northern Rivers_226"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21405	"SANDY CREEK_Northern Rivers_228"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21407	"SANDY CREEK_Northern Rivers_288"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
21408	"SANDY CREEK_Northern Rivers_289"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21409	"SANDY CREEK_Northern Rivers_757"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21410	"SANDY CREEK_Northern Rivers_782"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21412	"SANDY CREEK_Northern Rivers_796"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21413	"SANDY FLAT CREEK_Northern Rivers_229"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21414	"SANDY FLAT CREEK_Northern Rivers_927"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21415	"SANDY SWAMP CREEK_Northern Rivers_1196"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
21416	"SAWPIT CREEK_Northern Rivers_1224"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21417	"SAWPIT CREEK_Northern Rivers_1417"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21418	"SAWPIT CREEK_Northern Rivers_1418"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21419	"SAWPIT CREEK_Northern Rivers_1558"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21420	"SAWPIT CREEK_Northern Rivers_1559"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21421	"SAWPIT CREEK_Northern Rivers_304"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21423	"SAWPIT CREEK_Northern Rivers_764"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21424	"SAWPIT CREEK_Northern Rivers_765"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21426	"SAWYERS CREEK_Northern Rivers_1067"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21427	"SCARLETS CREEK_Northern Rivers_540"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21428	"SCOPE CREEK_Northern Rivers_603"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21429	"SCRUBBY CREEK_Northern Rivers_1068"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21430	"SCRUBBY CREEK_Northern Rivers_1069"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21431	"SCRUBBY CREEK_Northern Rivers_1415"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21432	"SCRUBBY CREEK_Northern Rivers_578"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21433	"SCRUBBY CREEK_Northern Rivers_982"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21434	"SCRUBBY GULLY_Northern Rivers_306"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21435	"SCRUBBY GULLY_Northern Rivers_310"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21436	"SEELEMS CREEK_Northern Rivers_617"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21437	"SEELEMS CREEK_Northern Rivers_618"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21438	"SEELEMS CREEK_Northern Rivers_990"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21439	"SERPENTINE CHANNEL_Northern Rivers_1501"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21440	"SERPENTINE CREEK_Northern Rivers_638"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21441	"SHALLOW INLET_Northern Rivers_610"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21442	"SHANNON BROOK_Northern Rivers_1316"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21443	"SHANNON BROOK_Northern Rivers_1525"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21444	"SHANNON BROOK_Northern Rivers_1526"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21445	"SHANNON BROOK_Northern Rivers_1613"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21446	"SHANNON BROOK_Northern Rivers_1614"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21447	"SHANNON BROOK_Northern Rivers_1677"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21448	"SHANNON BROOK_Northern Rivers_842"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21449	"SHANNON BROOK_Northern Rivers_843"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21452	"SHANNON CREEK_Northern Rivers_1413"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
21453	"SHARK CREEK_Northern Rivers_1268"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21454	"SHARK CREEK_Northern Rivers_1445"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21455	"SHARK SWAMP_Northern Rivers_2349"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21457	"SHEEP CREEK_Northern Rivers_714"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21461	"SHEEP STATION CREEK_Northern Rivers_303"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21463	"SHERWOOD CREEK_Northern Rivers_1369"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21464	"SHOAL GULLY_Northern Rivers_485"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21465	"SHOAL GULLY_Northern Rivers_964"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21468	"SIMPKINS CREEK_Northern Rivers_1565"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21469	"SIMPKINS CREEK_Northern Rivers_777"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21470	"SIMPSONS CREEK_Northern Rivers_291"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21474	"SINGERS GULLY_Northern Rivers_1154"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21475	"SINGH GULLY_Northern Rivers_575"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21476	"SIX MILE SWAMP CREEK_Northern Rivers_1725"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21480	"SKINNERS CREEK_Northern Rivers_297"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
21481	"SKINNERS CREEK_Northern Rivers_639"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21482	"SKINNERS CREEK_Northern Rivers_995"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21483	"SKINNERS CREEK_Northern Rivers_996"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21486	"SLADES GULLY_Northern Rivers_1197"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21487	"SLADES GULLY_Northern Rivers_728"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21491	"SLAUGHTER CREEK_Northern Rivers_1451"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21492	"SLAUGHTERYARD CREEK_Northern Rivers_299"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21493	"SLEEPY CREEK_Northern Rivers_630"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21494	"SMALL CREEK_Northern Rivers_300"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21495	"SMALL GULLY_Northern Rivers_539"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21496	"SMITHS CREEK_Northern Rivers_1352"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21497	"SMITHS CREEK_Northern Rivers_1411"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21501	"SNAKE CREEK_Northern Rivers_301"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21502	"SNAKE CREEK_Northern Rivers_606"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21503	"SNAKES CREEK_Northern Rivers_1255"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21504	"SNOWS GULLY_Northern Rivers_1214"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21506	"SOUTH ARM_Northern Rivers_1305"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21507	"SOUTH ARM_Northern Rivers_1508"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21508	"SOUTH ARM_Northern Rivers_1603"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21509	"SOUTH ARM_Northern Rivers_814"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21510	"SOUTH ARM_Northern Rivers_815"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21511	"SOUTH ARM_Northern Rivers_816"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21512	"SOUTH PUMPENBIL CREEK_Northern Rivers_1273"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21513	"SOUTHGATE CREEK_Northern Rivers_1185"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21514	"SOUTHIONS CREEK_Northern Rivers_1186"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21516	"SPORTSMANS CREEK_Northern Rivers_1615"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21517	"SPORTSMANS CREEK_Northern Rivers_1680"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21518	"SPRING CREEK_Northern Rivers_742"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21525	"STATION CREEK ESTUARY_Northern Rivers_1760"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21526	"STATION CREEK_Northern Rivers_1304"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21528	"STIBBARDS CREEK_Northern Rivers_532"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21529	"STINKING CREEK_Northern Rivers_1085"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21531	"STOCKYARD CREEK_Northern Rivers_1083"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21532	"STOCKYARD CREEK_Northern Rivers_1664"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21537	"STONY CREEK_Northern Rivers_324"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21538	"STONY CREEK_Northern Rivers_325"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21539	"STONY CREEK_Northern Rivers_940"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21540	"STONY CREEK_Northern Rivers_941"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21541	"STONY GULLY_Northern Rivers_312"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21546	"SUNDAY CREEK_Northern Rivers_318"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21547	"SURVEYORS CREEK_Northern Rivers_1079"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
21549	"SURVEYORS CREEK_Northern Rivers_313"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21550	"SURVEYORS CREEK_Northern Rivers_333"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21551	"SWALLOWS NEST GULLY_Northern Rivers_1155"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21552	"SWAMPY CREEK_Northern Rivers_311"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21553	"SWAMPY CREEK_Northern Rivers_343"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21554	"SWAN CREEK_Northern Rivers_1657"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21556	"SWEENEYS CREEK_Northern Rivers_1731"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21557	"SWEENEYS CREEK_Northern Rivers_870"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21558	"SWEENEYS CREEK_Northern Rivers_871"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21559	"SWEENEYS SWAMP_Northern Rivers_2382"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21560	"TABBIMOBLE CREEK_Northern Rivers_587"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21562	"TABULAM RIVULET_Northern Rivers_1509"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21563	"TABULAM RIVULET_Northern Rivers_1606"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21564	"TABULAM RIVULET_Northern Rivers_819"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21565	"TABULAM RIVULET_Northern Rivers_820"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21568	"TALLAWUDJAH CREEK_Northern Rivers_1717"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21569	"TALLAWUDJAH CREEK_Northern Rivers_857"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21571	"TALLOW CREEK_Northern Rivers_1387"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21575	"TAYLING CREEK_Northern Rivers_551"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21576	"TAYLING CREEK_Northern Rivers_976"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21577	"TAYLING CREEK_Northern Rivers_977"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21578	"TAYLORS CREEK_Northern Rivers_1383"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21584	"TEATREE CREEK_Northern Rivers_326"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21586	"Teatree Swamp Wetland_Northern Rivers_3790"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21588	"TERANIA CREEK_Northern Rivers_1301"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21589	"TERANIA CREEK_Northern Rivers_1504"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21590	"TERANIA CREEK_Northern Rivers_1595"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21591	"TERANIA CREEK_Northern Rivers_1655"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21592	"TERNERS SWAMP_Northern Rivers_2365"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21593	"TERRACE CREEK_Northern Rivers_1242"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21594	"TERRACE CREEK_Northern Rivers_1389"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21595	"TERRACE CREEK_Northern Rivers_1578"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21596	"TERRACE CREEK_Northern Rivers_743"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21611	"The Broadwater_Northern Rivers_2313"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21612	"THERESA CREEK_Northern Rivers_1659"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21613	"THOMAS CREEK_Northern Rivers_341"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21614	"THOMAS CREEK_Northern Rivers_342"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21615	"THOMAS CREEK_Northern Rivers_943"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21616	"THORNTONS CREEK_Northern Rivers_1055"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21617	"THREE MILE CREEK_Northern Rivers_334"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
21619	"TIMBARRA RIVER_Northern Rivers_1330"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21620	"TIMBARRA RIVER_Northern Rivers_1640"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21621	"TIMBARRA RIVER_Northern Rivers_1641"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21624	"TINDERBOX CREEK_Northern Rivers_566"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21625	"TINPOT GULLY_Northern Rivers_613"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21626	"TINPOT GULLY_Northern Rivers_988"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21627	"TINPOT GULLY_Northern Rivers_989"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21628	"TOMKI CREEK_Northern Rivers_1598"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21630	"TOOLOOM CREEK_Northern Rivers_1539"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21631	"TOOLOOM CREEK_Northern Rivers_1634"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21632	"TOOLOOM CREEK_Northern Rivers_1723"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21633	"TOOLOOM CREEK_Northern Rivers_1724"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21635	"TOOLOOM GULLY_Northern Rivers_688"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21636	"TOOLOONKI CREEK_Northern Rivers_1384"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21638	"TOPSY CREEK_Northern Rivers_1523"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21639	"TOUMBAAL CREEK_Northern Rivers_1453"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21640	"TOUMBAAL CREEK_Northern Rivers_780"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21641	"TOWALLUM RIVER_Northern Rivers_1715"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
21644	"Town Rural Storage - Myall Creek_Northern Rivers_2327"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21645	"Town Rural Storage - Myrtle Creek Park_Northern Rivers_2328"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21647	"TRAVELLERS REST CREEK_Northern Rivers_734"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21649	"TROUGH CREEK_Northern Rivers_1061"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21650	"TRYNEY CREEK_Northern Rivers_1506"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21651	"TUCKEAN BROADWATER_Northern Rivers_1209"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21652	"TUCKEAN BROADWATER_Northern Rivers_731"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21695	"TUCKEAN SWAMP_Northern Rivers_2380"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21697	"TUCKI TUCKI CREEK_Northern Rivers_1210"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21698	"TUCKOMBIL CANAL_Northern Rivers_588"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21699	"TUCKOMBIL CANAL_Northern Rivers_984"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21702	"TUNGLEBUNG CREEK_Northern Rivers_1276"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21703	"TUNGLEBUNG CREEK_Northern Rivers_1454"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21704	"TUNGLEBUNG CREEK_Northern Rivers_1567"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21705	"TUNGLEBUNG CREEK_Northern Rivers_781"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21706	"TUNTABLE CREEK_Northern Rivers_1471"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21707	"TUNTABLE CREEK_Northern Rivers_787"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21708	"TURBID GULLY_Northern Rivers_1201"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21709	"TURKEY CREEK_Northern Rivers_1510"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21710	"TURKEY CREEK_Northern Rivers_821"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21712	"TURVILLE GULLY_Northern Rivers_554"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21715	"TWEED RIVER_Northern Rivers_1611"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21729	"Tweed Wetlands_Northern Rivers_21262"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21730	"Tweed Wetlands_Northern Rivers_21263"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21731	"Tweed Wetlands_Northern Rivers_21264"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21732	"Tweed Wetlands_Northern Rivers_21265"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21734	"Tweed Wetlands_Northern Rivers_21267"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21737	"Tweed Wetlands_Northern Rivers_21270"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21739	"Tweed Wetlands_Northern Rivers_21272"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21740	"Tweed Wetlands_Northern Rivers_21273"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21746	"Tweed Wetlands_Northern Rivers_21279"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21748	"Tweed Wetlands_Northern Rivers_21281"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21752	"Tweed Wetlands_Northern Rivers_21285"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21754	"Tweed Wetlands_Northern Rivers_21287"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21873	"Tweed Wetlands_Northern Rivers_21408"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21880	"Tweed Wetlands_Northern Rivers_21415"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21911	"TWO MILE CREEK_Northern Rivers_1054"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21912	"TWO MILE CREEK_Northern Rivers_257"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21913	"TWO MILE CREEK_Northern Rivers_258"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21914	"TWO MILE CREEK_Northern Rivers_259"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21915	"TWO MILE CREEK_Northern Rivers_931"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21916	"TYAGARAH CREEK_Northern Rivers_1199"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21917	"TYAGARAH CREEK_Northern Rivers_729"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21918	"TYALGUM CREEK_Northern Rivers_1200"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21919	"TYNDALE SWAMP_Northern Rivers_2368"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21922	"UNUMGAR CREEK_Northern Rivers_568"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21928	"VALOREM CREEK_Northern Rivers_1596"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21933	"WALLABY CREEK_Northern Rivers_1421"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21934	"WALLABY CREEK_Northern Rivers_766"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21935	"WALSHS CREEK_Northern Rivers_565"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21936	"WALSHS CREEK_Northern Rivers_980"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21937	"WALTERS CREEK_Northern Rivers_1207"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21938	"WANDERER CREEK_Northern Rivers_1505"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21941	"WARRAGAI CREEK_Northern Rivers_1274"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21942	"WARRAZAMBIL CREEK_Northern Rivers_1378"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21943	"WARRAZAMBIL CREEK_Northern Rivers_730"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21944	"WASHPEN CREEK_Northern Rivers_344"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21947	"WASHPOOL GULLY_Northern Rivers_345"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21948	"WASHPOOL GULLY_Northern Rivers_346"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21949	"Washpool Spring Spring_Northern Rivers_2542"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21950	"WATERHOLE CREEK_Northern Rivers_338"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
21951	"WATERHOLE CREEK_Northern Rivers_339"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21952	"WATERHOLE CREEK_Northern Rivers_340"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21953	"Waterhole_Northern Rivers_2485"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21954	"WATTLE CREEK_Northern Rivers_1355"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21956	"WATTLE CREEK_Northern Rivers_349"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21957	"WATTLE CREEK_Northern Rivers_626"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21958	"WATTLE CREEK_Northern Rivers_687"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21959	"WATTLE GULLY_Northern Rivers_351"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21960	"WATTLE POINT CREEK_Northern Rivers_543"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21962	"WEBSTERS CREEK_Northern Rivers_1291"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21963	"WEBSTERS CREEK_Northern Rivers_802"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21964	"WEDDING BELL CREEK_Northern Rivers_547"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21965	"WEIGALL CREEK_Northern Rivers_614"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21966	"WELSHS GULLY_Northern Rivers_635"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21967	"WESTERN CREEK_Northern Rivers_1422"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21968	"WESTERN CREEK_Northern Rivers_768"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21970	"WHIAN CREEK_Northern Rivers_558"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21972	"WHITE SWAMP CREEK_Northern Rivers_1597"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21973	"WHITEMAN CREEK_Northern Rivers_1326"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21974	"WHITEMAN CREEK_Northern Rivers_1726"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21975	"WHITEMAN CREEK_Northern Rivers_1735"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21976	"WHITEMAN CREEK_Northern Rivers_1736"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21977	"WILD CATTLE CREEK_Northern Rivers_266"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21978	"WILD DRAKE CREEK_Northern Rivers_560"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21979	"WILLOWBANK CREEK_Northern Rivers_573"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21982	"WILLOWVALE CREEK_Northern Rivers_562"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21983	"WILLOWVALE CREEK_Northern Rivers_979"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21985	"WILSONS CREEK_Northern Rivers_1420"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21986	"WILSONS RIVER_Northern Rivers_1331"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21987	"WILSONS RIVER_Northern Rivers_1643"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21988	"WILSONS RIVER_Northern Rivers_1644"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21989	"WILSONS RIVER_Northern Rivers_1645"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21990	"WILSONS RIVER_Northern Rivers_1701"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21991	"WILSONS RIVER_Northern Rivers_1702"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21992	"WILSONS RIVER_Northern Rivers_1703"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21993	"WILSONS RIVER_Northern Rivers_1732"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21994	"WILSONS RIVER_Northern Rivers_1733"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21995	"WILSONS RIVER_Northern Rivers_874"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
21996	"WILSONS RIVER_Northern Rivers_875"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22000	"WOLLUMBIN CREEK_Northern Rivers_570"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22001	"WOMBAT CREEK_Northern Rivers_1081"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22004	"WOODDUCK CREEK_Northern Rivers_1484"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22005	"WOODENBONG CREEK_Northern Rivers_1709"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22006	"WOODY CREEK_Northern Rivers_1232"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22010	"WOOLI WOOLI RIVER ESTUARY_Northern Rivers_1763"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22011	"WOOLI WOOLI RIVER_Northern Rivers_1271"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22012	"WOOLI WOOLI RIVER_Northern Rivers_1450"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22013	"WOOLI WOOLI RIVER_Northern Rivers_1566"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22014	"WOOLNERS ARM_Northern Rivers_1227"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22015	"Woolooweyah Lake_Northern Rivers_2314"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22047	"WOOLPACK GULLY_Northern Rivers_526"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22050	"WORAM CHANNEL_Northern Rivers_1183"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22051	"WORAM CHANNEL_Northern Rivers_726"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22052	"WORENDO CREEK_Northern Rivers_527"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22053	"WRIGHTS GULLY_Northern Rivers_364"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22055	"WYNDHAM CREEK_Northern Rivers_601"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22056	"YABBRA CREEK_Northern Rivers_1376"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22057	"YABBRA CREEK_Northern Rivers_721"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22058	"YAK YAK CREEK_Northern Rivers_722"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22061	"YANKEY CREEK_Northern Rivers_1177"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22062	"YARD CREEK_Northern Rivers_1092"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22063	"YARD CREEK_Northern Rivers_1424"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22065	"YELLOW CREEK_Northern Rivers_356"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22066	"YELLOW CREEK_Northern Rivers_372"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22067	"YELLOW CREEK_Northern Rivers_373"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22069	"YELLOW CREEK_Northern Rivers_946"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22071	"YELLOW GULLY_Northern Rivers_360"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22073	"YEURABAR CREEK_Northern Rivers_1233"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22075	"YORKIES GULLY_Northern Rivers_745"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22076	"YOUNGMAN CREEK_Northern Rivers_528"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
22078	"Trough Creek Local Catchment_Northern Rivers_22874"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22079	"Unnamed creek (11) Local Catchment_Northern Rivers_22875"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22080	"Coonoom Creek Local Catchment_Northern Rivers_22876"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22081	"Brasnans Creek Local Catchment_Northern Rivers_22877"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22082	"Oaky Creek Local Catchment_Northern Rivers_22878"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22083	"Unnamed creek (15) Local Catchment_Northern Rivers_22879"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22084	"Sandy Creek Local Catchment_Northern Rivers_22880"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22085	"Rocky Waterholes Creek Local Catchment_Northern Rivers_22881"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22086	"Captains Creek Local Catchment_Northern Rivers_22882"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22087	"Flagstone Creek Local Catchment_Northern Rivers_22883"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22088	"Koreelah River (reach 02) Local Catchment_Northern Rivers_22884"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22089	"Grahams Creek Local Catchment_Northern Rivers_22886"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22090	"Unnamed creek (24) Local Catchment_Northern Rivers_22887"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22091	"Unnamed creek (25) Local Catchment_Northern Rivers_22888"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22092	"Lindesay Creek Local Catchment_Northern Rivers_22889"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22093	"Woodenbong Creek Local Catchment_Northern Rivers_22890"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22094	"Rockhill Creek Local Catchment_Northern Rivers_22891"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22096	"Cullendore Creek Local Catchment_Northern Rivers_22857"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22097	"Acacia Creek Local Catchment_Northern Rivers_22858"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22112	"Five Mile Creek Local Catchment_Northern Rivers_22873"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22113	"Beaury Creek Local Catchment_Northern Rivers_22892"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22114	"Five Mile Creek Local Catchment_Northern Rivers_22893"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22115	"Wallaby Creek Local Catchment_Northern Rivers_22894"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22116	"Kangaroo Creek Local Catchment_Northern Rivers_22895"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22117	"Little Cullen Creek Local Catchment_Northern Rivers_22896"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22118	"Cullen Creek Local Catchment_Northern Rivers_22897"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22120	"Castle Creek Local Catchment_Northern Rivers_22899"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22121	"Boomi Creek Local Catchment_Northern Rivers_22900"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22122	"Tooloom Creek (reach 01) Local Catchment_Northern Rivers_22901"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22123	"DInner Creek Local Catchment_Northern Rivers_22902"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22124	"Eight Day Creek Local Catchment_Northern Rivers_22903"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22125	"Oaky Creek Local Catchment_Northern Rivers_22904"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22126	"Tooloom Creek (reach 02) Local Catchment_Northern Rivers_22905"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22127	"Back Creek Local Catchment_Northern Rivers_22906"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22128	"Raspberry Creek Local Catchment_Northern Rivers_22907"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22129	"Tayling Creek Local Catchment_Northern Rivers_22908"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22130	"Cedar Gelters Creek Local Catchment_Northern Rivers_22909"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22131	"Sheepstation Creek Local Catchment_Northern Rivers_22910"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22132	"Brindle Creek Local Catchment_Northern Rivers_22911"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22133	"Gradys Creek Local Catchment_Northern Rivers_22912"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22134	"Logan Creek Local Catchment_Northern Rivers_22913"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22135	"Long Creek Local Catchment_Northern Rivers_22914"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22136	"Terrace Creek Local Catchment_Northern Rivers_22915"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22137	"Sawpit Creek Local Catchment_Northern Rivers_22916"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22138	"October Creek Local Catchment_Northern Rivers_22917"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22139	"Findon Creek Local Catchment_Northern Rivers_22918"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22140	"Burnetts Creek Local Catchment_Northern Rivers_22919"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22141	"Richmond River (reach 01) Local Catchment_Northern Rivers_22920"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22142	"Hixsons Creek Local Catchment_Northern Rivers_22921"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22143	"Collins Creek Local Catchment_Northern Rivers_22922"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22144	"Warrazambil Creek Local Catchment_Northern Rivers_22923"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22145	"Lynches Creek Local Catchment_Northern Rivers_22924"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22146	"Wyndham Creek Local Catchment_Northern Rivers_22925"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22147	"O'Donnell Creek Local Catchment_Northern Rivers_22926"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22148	"Smiths Creek Local Catchment_Northern Rivers_22927"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22149	"Camp Creek Local Catchment_Northern Rivers_22928"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22150	"Oaky Creek Local Catchment_Northern Rivers_22929"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22151	"Iron Pot Creek Local Catchment_Northern Rivers_22930"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22152	"Burroughs Creek Local Catchment_Northern Rivers_22931"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22153	"Cob O'Corn Creek Local Catchment_Northern Rivers_22932"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22154	"Babyl Creek Local Catchment_Northern Rivers_22933"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22155	"Doubtful Creek Local Catchment_Northern Rivers_22934"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22156	"Woolners Arm Local Catchment_Northern Rivers_22935"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22157	"Unnamed creek (28) Local Catchment_Northern Rivers_22936"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22158	"Dyraaba Creek Local Catchment_Northern Rivers_22937"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22159	"Unnamed creek (29) Local Catchment_Northern Rivers_22938"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22160	"Unnamed creek (30) Local Catchment_Northern Rivers_22939"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22161	"Eden Creek Local Catchment_Northern Rivers_22940"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22162	"Terrace Creek Local Catchment_Northern Rivers_22941"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22163	"Fawcetts Creek Local Catchment_Northern Rivers_22942"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22164	"Horse Station Creek Local Catchment_Northern Rivers_22943"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22165	"Unnamed creek (31) Local Catchment_Northern Rivers_22944"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22166	"Unnamed creek (32) Local Catchment_Northern Rivers_22945"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22167	"Richmond River (reach 02) Local Catchment_Northern Rivers_22946"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22168	"Lagoon Creek Local Catchment_Northern Rivers_22947"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22169	"Wattle Creek Local Catchment_Northern Rivers_22948"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22170	"Unnamed creek (33) Local Catchment_Northern Rivers_22949"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22171	"Camp Creek Local Catchment_Northern Rivers_22950"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22172	"Unnamed creek (34) Local Catchment_Northern Rivers_22951"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22173	"Unnamed creek (35) Local Catchment_Northern Rivers_22952"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22174	"Sandy Creek Local Catchment_Northern Rivers_22953"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22175	"Pelican Creek Local Catchment_Northern Rivers_22954"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22176	"Oaky Creek Local Catchment_Northern Rivers_22955"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22177	"Boundary Creek Local Catchment_Northern Rivers_22956"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22178	"Unnamed creek (36) Local Catchment_Northern Rivers_22957"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22179	"Scrubby Creek Local Catchment_Northern Rivers_22958"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22180	"Boorabee Creek Local Catchment_Northern Rivers_22960"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22181	"Little Back Creek Local Catchment_Northern Rivers_22962"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22182	"Booerie Creek Local Catchment_Northern Rivers_22963"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22183	"Jiggi Creek Local Catchment_Northern Rivers_22964"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22184	"Georgica Creek Local Catchment_Northern Rivers_22965"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22185	"Cabbage Tree Creek Local Catchment_Northern Rivers_22966"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22186	"Mulgum Creek Local Catchment_Northern Rivers_22967"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22187	"Goolmangar Creek Local Catchment_Northern Rivers_22968"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22188	"Calico Creek Local Catchment_Northern Rivers_22969"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22189	"Tuntable Creek Local Catchment_Northern Rivers_22970"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22190	"Terania Creek Local Catchment_Northern Rivers_22971"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22191	"Branch Creek Local Catchment_Northern Rivers_22972"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22192	"Horseshow Creek Local Catchment_Northern Rivers_22973"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22193	"Websters Creek Local Catchment_Northern Rivers_22974"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22194	"Leycester Creek Local Catchment_Northern Rivers_22975"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22195	"Hollingsworth Creek Local Catchment_Northern Rivers_22976"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22196	"Lagoon Creek Local Catchment_Northern Rivers_22977"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22197	"Numulgi Creek Local Catchment_Northern Rivers_22978"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22198	"Dans Creek Local Catchment_Northern Rivers_22979"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22199	"Rocky Creek Local Catchment_Northern Rivers_22980"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22200	"Boomerang Creek Local Catchment_Northern Rivers_22981"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22201	"Bennys Creek Local Catchment_Northern Rivers_22982"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22202	"Coppers Creek Local Catchment_Northern Rivers_22983"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22203	"Repentance Creek Local Catchment_Northern Rivers_22984"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22204	"Pearces Creek Local Catchment_Northern Rivers_22985"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22205	"Skinners Creek Local Catchment_Northern Rivers_22986"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22206	"Opossum Creek Local Catchment_Northern Rivers_22987"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22207	"Stony Creek Local Catchment_Northern Rivers_22989"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22208	"Unnamed creek (37) Local Catchment_Northern Rivers_22990"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22209	"Wilsons River (lower) Local Catchment_Northern Rivers_22991"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22210	"Theresa Creek Local Catchment_Northern Rivers_22992"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22211	"Bingeebeebra Creek Local Catchment_Northern Rivers_22993"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22212	"Mummulgum Creek Local Catchment_Northern Rivers_22994"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22213	"Cherry Tree Creek Local Catchment_Northern Rivers_22995"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22214	"Simpkins Creek Local Catchment_Northern Rivers_22996"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22215	"Cabbage Tree Creek Local Catchment_Northern Rivers_22997"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22216	"Mongogarie Creek Local Catchment_Northern Rivers_22998"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22217	"Sawpit Creek Local Catchment_Northern Rivers_22999"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22218	"Unnamed creek (38) Local Catchment_Northern Rivers_23000"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22219	"Unnamed creek (39) Local Catchment_Northern Rivers_23001"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22220	"Middle Creek Local Catchment_Northern Rivers_23002"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22221	"Unnamed creek (40) Local Catchment_Northern Rivers_23003"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22222	"Serpentine Creek Local Catchment_Northern Rivers_23004"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22223	"Oaky Creek Local Catchment_Northern Rivers_23005"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22224	"Spring Creek Local Catchment_Northern Rivers_23006"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22225	"Shannon Brook (lower) Local Catchment_Northern Rivers_23007"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22226	"Shannon Brook (upper) Local Catchment_Northern Rivers_23008"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22227	"Tomki Creek Local Catchment_Northern Rivers_23009"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22228	"Unnamed creek (41) Local Catchment_Northern Rivers_23010"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22229	"Barlings Creek Local Catchment_Northern Rivers_23011"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22230	"Unnamed creek (42) Local Catchment_Northern Rivers_23012"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22231	"Unnamed creek (01) Local Catchment_Northern Rivers_23013"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22232	"Walshes Creek Local Catchment_Northern Rivers_23014"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22233	"Richmond River (reach 03) Local Catchment_Northern Rivers_23015"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22234	"Back Creek Local Catchment_Northern Rivers_23016"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22235	"Pumpenbil Creek Local Catchment_Northern Rivers_23017"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22236	"North Pumpenbil Creek Local Catchment_Northern Rivers_23018"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22237	"Brays Creek Local Catchment_Northern Rivers_23019"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22238	"South Pumpenbil Creek Local Catchment_Northern Rivers_23020"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22239	"Cedar Creek Local Catchment_Northern Rivers_23021"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22240	"Byrrill Creek Local Catchment_Northern Rivers_23022"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22241	"Kunghurloo Creek Local Catchment_Northern Rivers_23023"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22242	"Tweed River (reach 01) Local Catchment_Northern Rivers_23024"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22243	"Perch Creek Local Catchment_Northern Rivers_23025"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22244	"Tyalgum Creek Local Catchment_Northern Rivers_23026"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22245	"Hopping Dicks Creek Local Catchment_Northern Rivers_23027"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22246	"Wollumbin Creek Local Catchment_Northern Rivers_23028"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22248	"Oxley River Local Catchment_Northern Rivers_23033"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22250	"Doon Doon Creek Local Catchment_Northern Rivers_23035"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22251	"Commissioners Creek Local Catchment_Northern Rivers_23036"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22255	"Rowlands Creek Local Catchment_Northern Rivers_23040"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22263	"Belongil Creek Local Catchment_Northern Rivers_23048"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22265	"Unnamed creek (46) Local Catchment_Northern Rivers_23051"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22266	"Simpsons Creek Local Catchment_Northern Rivers_23052"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22267	"Unnamed creek (47) Local Catchment_Northern Rivers_23053"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22268	"Pipeclay Creek Local Catchment_Northern Rivers_23054"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22271	"Busbys Creek Local Catchment_Northern Rivers_23057"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22272	"Sandy Creek Local Catchment_Northern Rivers_23058"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22273	"Phillip Creek Local Catchment_Northern Rivers_23059"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22274	"Cabbage Tree Creek Local Catchment_Northern Rivers_23060"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22275	"Unnamed creek (48) Local Catchment_Northern Rivers_23061"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22276	"Six Mile Swamp Creek Local Catchment_Northern Rivers_23062"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22277	"Six Mile Creek Local Catchment_Northern Rivers_23063"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22278	"Battens Bight Creek Local Catchment_Northern Rivers_23064"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22279	"Unnamed creek (49) Local Catchment_Northern Rivers_23065"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22280	"Four Mile Creek Local Catchment_Northern Rivers_23066"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22281	"Myrtle Creek (upper) Local Catchment_Northern Rivers_23067"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22282	"Bambi Creek Local Catchment_Northern Rivers_23068"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22283	"Unnamed creek (50) Local Catchment_Northern Rivers_23069"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22284	"Unnamed creek (51) Local Catchment_Northern Rivers_23070"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22285	"Camira Creek Local Catchment_Northern Rivers_23071"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22286	"Unnamed creek (52) Local Catchment_Northern Rivers_23072"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22287	"Physics Creek Local Catchment_Northern Rivers_23073"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22288	"Unnamed creek (53) Local Catchment_Northern Rivers_23074"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22289	"Myall Creek Local Catchment_Northern Rivers_23075"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22290	"Myrtle Creek (lower Local Catchment_Northern Rivers_23076"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22291	"Unnamed creek (54) Local Catchment_Northern Rivers_23077"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22292	"Jacybalbin Creek Local Catchment_Northern Rivers_23078"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22293	"Unnamed creek (56) Local Catchment_Northern Rivers_23079"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22294	"Unnamed creek (57) Local Catchment_Northern Rivers_23080"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22295	"Unnamed creek (55) Local Catchment_Northern Rivers_23081"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22296	"Unnamed creek (58) Local Catchment_Northern Rivers_23082"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22297	"Unnamed creek (59) Local Catchment_Northern Rivers_23083"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22298	"Unnamed creek (60) Local Catchment_Northern Rivers_23084"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22299	"Unnamed creek (61) Local Catchment_Northern Rivers_23085"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22300	"Seelems Creek Local Catchment_Northern Rivers_23086"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22301	"Tucki Tucki Creek Local Catchment_Northern Rivers_23087"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22302	"Marom Creek Local Catchment_Northern Rivers_23088"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22303	"Youngman Creek Local Catchment_Northern Rivers_23089"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22304	"Gum Creek Local Catchment_Northern Rivers_23090"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22305	"Yellow Creek Local Catchment_Northern Rivers_23091"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22306	"Tuckean Broadwater Local Catchment_Northern Rivers_23092"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22307	"Byron Creek Local Catchment_Northern Rivers_23093"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22308	"North Creek Local Catchment_Northern Rivers_23094"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22309	"Oceanic drainage (06) Local Catchment_Northern Rivers_23095"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22310	"Duck Creek Local Catchment_Northern Rivers_23096"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22311	"Houghlahans Creek Local Catchment_Northern Rivers_23097"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22312	"Emigrant Creek Local Catchment_Northern Rivers_23098"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22313	"Maguires Creek Local Catchment_Northern Rivers_23099"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22314	"Chilcotts Creek Local Catchment_Northern Rivers_23100"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22315	"Bingai Creek Local Catchment_Northern Rivers_23101"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22316	"Oceanic drainage (07) Local Catchment_Northern Rivers_23102"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22317	"Brandy Arm Creek Local Catchment_Northern Rivers_23103"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22318	"Unnamed creek (62) Local Catchment_Northern Rivers_23104"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22319	"Bungawalbin Creek Local Catchment_Northern Rivers_23105"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22320	"Rocky Mouth Creek Local Catchment_Northern Rivers_23106"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22321	"Evans River Local Catchment_Northern Rivers_23107"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22331	"Bucca Bucca Creek Local Catchment_Northern Rivers_23117"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22333	"Coldwater Creek Local Catchment_Northern Rivers_23119"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22334	"Bagawa Creek Local Catchment_Northern Rivers_23120"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22335	"Halfway Creek Local Catchment_Northern Rivers_23121"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22336	"Unnamed creek (64) Local Catchment_Northern Rivers_23122"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22337	"Palm Creek Local Catchment_Northern Rivers_23123"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22338	"Snake Creek Local Catchment_Northern Rivers_23124"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22339	"Middle Creek Local Catchment_Northern Rivers_23125"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22340	"Sherwood Creek Local Catchment_Northern Rivers_23126"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22341	"Dundoo Creek Local Catchment_Northern Rivers_23127"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22342	"Averys Creek Local Catchment_Northern Rivers_23128"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22343	"Tallawudgah Creek Local Catchment_Northern Rivers_23129"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22344	"Unnamed creek (65) Local Catchment_Northern Rivers_23130"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22346	"Kremnos Creek Local Catchment_Northern Rivers_23132"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22347	"Fern Creek Local Catchment_Northern Rivers_23133"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22348	"Raspberry Creek Local Catchment_Northern Rivers_23134"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22349	"Walters Creek Local Catchment_Northern Rivers_23135"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22350	"Orara River (reach 03) Local Catchment_Northern Rivers_23136"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22351	"Qwyarigo Creek Local Catchment_Northern Rivers_23137"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22352	"Unnamed creek (63) Local Catchment_Northern Rivers_23138"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22353	"Fiddlers Creek Local Catchment_Northern Rivers_23139"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22354	"Orara River (reach 04) Local Catchment_Northern Rivers_23140"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22355	"Middle Creek Local Catchment_Northern Rivers_23141"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22358	"Waterhole Creek Local Catchment_Northern Rivers_23144"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22359	"Towallum River Local Catchment_Northern Rivers_23145"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22360	"Kangaroo River (lower) Local Catchment_Northern Rivers_23146"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22361	"Maloneys Creek Local Catchment_Northern Rivers_23147"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22362	"Beanball Creek Local Catchment_Northern Rivers_23148"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22363	"Koukandowie Creek Local Catchment_Northern Rivers_23149"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22364	"Sandy Swamp Creek Local Catchment_Northern Rivers_23150"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22365	"Skinners Creek Local Catchment_Northern Rivers_23151"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22366	"Goolang Creek Local Catchment_Northern Rivers_23152"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22367	"Farquhars Creek Local Catchment_Northern Rivers_23153"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22368	"Blaxlands Creek Local Catchment_Northern Rivers_23154"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22369	"Boiling Down Creek Local Catchment_Northern Rivers_23155"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22370	"Unnamed creek (66) Local Catchment_Northern Rivers_23156"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22371	"Back Creek Local Catchment_Northern Rivers_23157"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22372	"Deep Creek Local Catchment_Northern Rivers_23158"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22373	"Shannon Creek Local Catchment_Northern Rivers_23159"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22374	"Picnic Creek Local Catchment_Northern Rivers_23160"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22375	"Teatree Creek Local Catchment_Northern Rivers_23161"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22376	"Orara River (reach 05) Local Catchment_Northern Rivers_23162"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22377	"Caines Creek Local Catchment_Northern Rivers_23163"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22378	"Endless Creek Local Catchment_Northern Rivers_23164"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22379	"OBX Creek Local Catchment_Northern Rivers_23165"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22380	"Stinking Creek Local Catchment_Northern Rivers_23166"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22381	"Chambigne Creek Local Catchment_Northern Rivers_23167"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22383	"Munns Creek Local Catchment_Northern Rivers_23169"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22384	"Jackys Creek Local Catchment_Northern Rivers_23170"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22385	"Mattiers Creek Local Catchment_Northern Rivers_23171"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22386	"Little Mattiers Creek Local Catchment_Northern Rivers_23172"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22387	"Flaggy Creek Local Catchment_Northern Rivers_23173"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22388	"Southions Creek Local Catchment_Northern Rivers_23174"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22389	"Orara River (reach 06) Local Catchment_Northern Rivers_23175"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22397	"Mole Creek Local Catchment_Northern Rivers_23183"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22398	"Kangaroo River (upper) Local Catchment_Northern Rivers_23184"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22409	"Cloghers Creek Local Catchment_Northern Rivers_23195"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22418	"Oaky Creek Local Catchment_Northern Rivers_23203"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22437	"Capeen Creek Local Catchment_Northern Rivers_23222"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22438	"Unnamed creek (77) Local Catchment_Northern Rivers_23223"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22439	"Unnamed creek (78) Local Catchment_Northern Rivers_23224"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22440	"Slaughter Creek Local Catchment_Northern Rivers_23225"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22441	"Bean Creek Local Catchment_Northern Rivers_23226"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22442	"Sandy Creek Local Catchment_Northern Rivers_23227"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22443	"Duck Creek (upper) Local Catchment_Northern Rivers_23228"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22444	"Haystack Creek Local Catchment_Northern Rivers_23229"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22445	"Little Haystack Creek Local Catchment_Northern Rivers_23230"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22446	"Duck Creek (lower) Local Catchment_Northern Rivers_23231"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22447	"Gorge Creek Local Catchment_Northern Rivers_23232"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22448	"Peacock Creek Local Catchment_Northern Rivers_23233"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22449	"Bottle Creek Local Catchment_Northern Rivers_23234"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22450	"Culmaran Creek Local Catchment_Northern Rivers_23235"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22451	"Tryney Creek Local Catchment_Northern Rivers_23236"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22452	"Tunglebung Creek Local Catchment_Northern Rivers_23237"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22453	"Little Creek Local Catchment_Northern Rivers_23238"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22454	"Gularey Creek Local Catchment_Northern Rivers_23239"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22455	"Unnamed creek (79) Local Catchment_Northern Rivers_23240"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22456	"Tabulam Rivulet Local Catchment_Northern Rivers_23241"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22457	"Tooloom Creek (reach 03) Local Catchment_Northern Rivers_23242"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22458	"Slaughteryard Creek Local Catchment_Northern Rivers_23243"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22459	"Yabbra Creek Local Catchment_Northern Rivers_23244"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22460	"Mosquito Creek Local Catchment_Northern Rivers_23245"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22462	"Four Mile Creek Local Catchment_Northern Rivers_23247"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22464	"Emu Creek Local Catchment_Northern Rivers_23249"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22466	"Clarence River (reach 02) Local Catchment_Northern Rivers_23251"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22467	"Tooloonki Creek Local Catchment_Northern Rivers_23252"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22468	"Mookima Wybra Creek Local Catchment_Northern Rivers_23253"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22469	"Fever Creek Local Catchment_Northern Rivers_23254"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22470	"Baxters Creek Local Catchment_Northern Rivers_23255"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22471	"Alice Brook Local Catchment_Northern Rivers_23256"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22472	"Rocky Creek Local Catchment_Northern Rivers_23257"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22473	"Clarence River (reach 03) Local Catchment_Northern Rivers_23258"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22474	"Keembin Creek Local Catchment_Northern Rivers_23259"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22475	"Dignans Creek Local Catchment_Northern Rivers_23260"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22476	"Gerrards Creek Local Catchment_Northern Rivers_23261"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22477	"Dulgigin Creek Local Catchment_Northern Rivers_23262"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22478	"Pickabooba Creek Local Catchment_Northern Rivers_23263"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22479	"Dry Creek Local Catchment_Northern Rivers_23264"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22481	"Ewingar Creek Local Catchment_Northern Rivers_23266"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22484	"Kungurrabar Creek Local Catchment_Northern Rivers_23269"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22485	"Long Mile Creek Local Catchment_Northern Rivers_23270"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22487	"Dubadar Creek Local Catchment_Northern Rivers_23272"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22488	"Bugilbar Creek Local Catchment_Northern Rivers_23273"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22489	"Oaky Creek Local Catchment_Northern Rivers_23274"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22490	"Josephs Creek Local Catchment_Northern Rivers_23275"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22491	"Sawyers Creek Local Catchment_Northern Rivers_23276"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22492	"Pucka Ponds Creek Local Catchment_Northern Rivers_23277"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22493	"Fourteen Mile Creek Local Catchment_Northern Rivers_23278"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22494	"Clarence River (reach 04) Local Catchment_Northern Rivers_23279"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22498	"Hassans Creek Local Catchment_Northern Rivers_23283"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22499	"Unnamed creek (80) Local Catchment_Northern Rivers_23284"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22500	"Barretts Creek Local Catchment_Northern Rivers_23285"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22501	"Unnamed creek (81) Local Catchment_Northern Rivers_23286"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22502	"Oaky Creek Local Catchment_Northern Rivers_23287"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22503	"Floggem Creek Local Catchment_Northern Rivers_23288"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22504	"Unnamed creek (82) Local Catchment_Northern Rivers_23289"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22505	"Dry Creek Local Catchment_Northern Rivers_23290"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22506	"Cawleys Creek Local Catchment_Northern Rivers_23291"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22507	"Carran Creek Local Catchment_Northern Rivers_23292"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22508	"Bulls Nest Creek Local Catchment_Northern Rivers_23293"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22509	"Fine Flower Creek (lower) Local Catchment_Northern Rivers_23294"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22510	"Fine Flower Creek (upper) Local Catchment_Northern Rivers_23295"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22512	"Pulganbar Creek Local Catchment_Northern Rivers_23297"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22513	"Unnamed creek (83) Local Catchment_Northern Rivers_23298"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22517	"Nettle Creek Local Catchment_Northern Rivers_23302"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22518	"Newbold Creek Local Catchment_Northern Rivers_23303"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22519	"Circular Flat Creek Local Catchment_Northern Rivers_23304"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22520	"Clarence River (reach 05) Local Catchment_Northern Rivers_23305"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22521	"Purgatory Creek Local Catchment_Northern Rivers_23306"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22522	"Main Creek Local Catchment_Northern Rivers_23307"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22523	"Valoram Creek Local Catchment_Northern Rivers_23308"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22525	"Eaton Creek Local Catchment_Northern Rivers_23310"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22526	"Cattle Creek Local Catchment_Northern Rivers_23311"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22527	"Brickmakers Creek Local Catchment_Northern Rivers_23312"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22528	"Smiths Creek Local Catchment_Northern Rivers_23313"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22529	"Wombat Creek Local Catchment_Northern Rivers_23314"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22530	"Stockyard Creek Local Catchment_Northern Rivers_23315"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22531	"Punchbowl Creek Local Catchment_Northern Rivers_23316"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22532	"Clarence River (reach 06) Local Catchment_Northern Rivers_23317"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22533	"Unnamed creek (86) Local Catchment_Northern Rivers_23318"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22534	"Chaselings Creek Local Catchment_Northern Rivers_23319"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22535	"Unnamed creek (87) Local Catchment_Northern Rivers_23320"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22536	"Fortis Creek Local Catchment_Northern Rivers_23321"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22537	"Chapman Creek Local Catchment_Northern Rivers_23322"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22538	"White Swamp Creek Local Catchment_Northern Rivers_23323"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22539	"Rocky Creek Local Catchment_Northern Rivers_23324"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22540	"Two Mile Creek Local Catchment_Northern Rivers_23325"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22541	"Junction Creek Local Catchment_Northern Rivers_23326"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22542	"Lankeys Creek Local Catchment_Northern Rivers_23327"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22543	"Whiteman Creek Local Catchment_Northern Rivers_23328"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22544	"Eldon Creek Local Catchment_Northern Rivers_23329"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22545	"Double Swamp Creek Local Catchment_Northern Rivers_23330"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22546	"Cowans Creek Local Catchment_Northern Rivers_23331"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22547	"Musk Valley Creek Local Catchment_Northern Rivers_23332"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22548	"Alumy Creek Local Catchment_Northern Rivers_23333"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22549	"Bunyip Creek Local Catchment_Northern Rivers_23334"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22550	"Unnamed creek (88) Local Catchment_Northern Rivers_23335"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22551	"Clarence River (reach 07) Local Catchment_Northern Rivers_23336"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22552	"Alipou Creek Local Catchment_Northern Rivers_23337"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22553	"Washpen Creek Local Catchment_Northern Rivers_23338"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22554	"McPhillips Creek Local Catchment_Northern Rivers_23339"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22555	"Pheasant Creek Local Catchment_Northern Rivers_23340"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22556	"Bom Bom Creek Local Catchment_Northern Rivers_23341"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22557	"Glenugie Creek Local Catchment_Northern Rivers_23342"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22558	"Poison Creek Local Catchment_Northern Rivers_23343"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22559	"Banyabba Creek Local Catchment_Northern Rivers_23344"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22560	"Saltwater Creek Local Catchment_Northern Rivers_23345"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22561	"Rileys Creek Local Catchment_Northern Rivers_23346"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22562	"Sheep Creek Local Catchment_Northern Rivers_23347"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22563	"Unnamed creek (89) Local Catchment_Northern Rivers_23348"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22564	"Dilkoon Creek Local Catchment_Northern Rivers_23349"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22565	"Bullock Swamp Creek Local Catchment_Northern Rivers_23350"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22566	"Unnamed creek (90) Local Catchment_Northern Rivers_23351"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22567	"Duck Creek Local Catchment_Northern Rivers_23352"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22568	"Little Broadwater Local Catchment_Northern Rivers_23353"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22569	"Mill Creek Local Catchment_Northern Rivers_23354"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22570	"Sportsman Creek (upper) Local Catchment_Northern Rivers_23355"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22571	"Warragai Creek Local Catchment_Northern Rivers_23356"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22572	"Harrisons Creek Local Catchment_Northern Rivers_23357"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22573	"Sportsman Creek (lower) Local Catchment_Northern Rivers_23358"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22574	"Black Creek Local Catchment_Northern Rivers_23359"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22575	"Unnamed creek (91) Local Catchment_Northern Rivers_23360"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22576	"Amos Creek Local Catchment_Northern Rivers_23361"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22577	"Pillar Valley Creek Local Catchment_Northern Rivers_23362"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22578	"Coldstream River (upper) Local Catchment_Northern Rivers_23363"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22579	"Unnamed creek (92) Local Catchment_Northern Rivers_23364"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22580	"Bostocks Gully Local Catchment_Northern Rivers_23365"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22581	"Chaffin Creek Local Catchment_Northern Rivers_23366"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22582	"Deep Creek Local Catchment_Northern Rivers_23367"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22583	"Sweeneys Creek Local Catchment_Northern Rivers_23368"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22584	"Oregan Creek Local Catchment_Northern Rivers_23369"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22585	"Calligans Creek Local Catchment_Northern Rivers_23370"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22586	"Coldstream River (lower) Local Catchment_Northern Rivers_23371"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22587	"Calliope Creek Local Catchment_Northern Rivers_23372"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22588	"Champions Creek Local Catchment_Northern Rivers_23373"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22589	"Crowleys Creek Local Catchment_Northern Rivers_23374"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22590	"Boundary Creek Local Catchment_Northern Rivers_23375"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22591	"Oak Flat Creek Local Catchment_Northern Rivers_23376"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22592	"Sandy Creek Local Catchment_Northern Rivers_23377"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22593	"Shark Creek (lower Local Catchment_Northern Rivers_23378"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22594	"South Arm Local Catchment_Northern Rivers_23379"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22595	"Duckpond Creek Local Catchment_Northern Rivers_23380"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22596	"Niarga Creek Local Catchment_Northern Rivers_23381"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22597	"Filans Creek Local Catchment_Northern Rivers_23382"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22598	"McMillans Creek Local Catchment_Northern Rivers_23383"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22599	"Unnamed creek (93) Local Catchment_Northern Rivers_23384"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22600	"Broadwater Creek (lower) Local Catchment_Northern Rivers_23385"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22601	"Broadwater Creek (upper) Local Catchment_Northern Rivers_23386"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22602	"Mangrove Creek Local Catchment_Northern Rivers_23387"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22603	"Barneys Creek Local Catchment_Northern Rivers_23388"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22604	"Clarence River (reach 08) Local Catchment_Northern Rivers_23389"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22605	"Shark Creek (upper) Local Catchment_Northern Rivers_23390"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22606	"Unnamed creek (94) Local Catchment_Northern Rivers_23391"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22607	"Candole Creek Local Catchment_Northern Rivers_23392"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22608	"Toumbaal Creek Local Catchment_Northern Rivers_23393"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22609	"Oceanic drainage (12) Local Catchment_Northern Rivers_23394"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22610	"Sandon River Local Catchment_Northern Rivers_23395"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22611	"Scope Creek Local Catchment_Northern Rivers_23396"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22612	"Oceanic drainage (11) Local Catchment_Northern Rivers_23397"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22613	"Unnamed creek (95) Local Catchment_Northern Rivers_23398"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22614	"Oceanic drainage (10) Local Catchment_Northern Rivers_23399"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22615	"Jerusalem Creek Local Catchment_Northern Rivers_23400"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22616	"Oceanic drainage (09) Local Catchment_Northern Rivers_23401"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22617	"Oceanic drainage (08) Local Catchment_Northern Rivers_23402"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22618	"Tabimoble Creek Local Catchment_Northern Rivers_23403"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22619	"Jackys Gully Local Catchment_Northern Rivers_23404"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22620	"Unnamed creek (96) Local Catchment_Northern Rivers_23405"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22621	"Unnamed creek (97) Local Catchment_Northern Rivers_23406"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22622	"Esk River Local Catchment_Northern Rivers_23407"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22623	"Morora Creek Local Catchment_Northern Rivers_23408"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22624	"Serpentine Channel Local Catchment_Northern Rivers_23409"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22625	"North Arm Local Catchment_Northern Rivers_23410"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22626	"Haleys Creek Local Catchment_Northern Rivers_23411"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22627	"Wooloweyah Lagoon Local Catchment_Northern Rivers_23412"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22628	"Oyster Channel Local Catchment_Northern Rivers_23413"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22629	"Clarence River (reach 09) Local Catchment_Northern Rivers_23414"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22630	"Palmers Channel Local Catchment_Northern Rivers_23415"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22631	"Richmond River (reach 04) Local Catchment_Northern Rivers_23416"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22632	"Richmond River (reach 05) Local Catchment_Northern Rivers_23417"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22633	"Wanderer Creek Local Catchment_Northern Rivers_23418"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22634	"Barcoongere River Local Catchment_Northern Rivers_23419"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22635	"Bookram Creek Local Catchment_Northern Rivers_23420"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22636	"Unnamed creek (97) Local Catchment_Northern Rivers_23421"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22637	"Oceanic drainage (14) Local Catchment_Northern Rivers_23422"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22638	"Station Creek Local Catchment_Northern Rivers_23423"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22639	"Lake Hiawatha Local Catchment_Northern Rivers_23424"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22640	"Oceanic drainage (13) Local Catchment_Northern Rivers_23425"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22641	"Wooli Wooli River Local Catchment_Northern Rivers_23426"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22642	"Dirty Creek Local Catchment_Northern Rivers_23427"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22643	"Saltwater Creek Local Catchment_Northern Rivers_23428"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22644	"Oceanic drainage (15) Local Catchment_Northern Rivers_23429"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22645	"Madmans Creek Local Catchment_Northern Rivers_23430"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22646	"Lazyman Creek Local Catchment_Northern Rivers_23431"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22647	"Bark Hut Creek Local Catchment_Northern Rivers_23432"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22648	"Oceanic drainage (16) Local Catchment_Northern Rivers_23433"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22649	"Arrawarra Creek Local Catchment_Northern Rivers_23434"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22650	"Corindi River Local Catchment_Northern Rivers_23435"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22668	"Yellow Creek Local Catchment_Northern Rivers_23454"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22669	"Plumbago Creek Local Catchment_Northern Rivers_23455"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22678	"Timbarra River (reach 05) Local Catchment_Northern Rivers_23464"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22710	"Koreelah River (reach 01) Local Catchment_Northern Rivers_22885"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Low"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22711	"Maryland River (reach 03) Local Catchment_Northern Rivers_23497"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22713	"Rous River Local Catchment_Northern Rivers_23032"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22716	"Back Creek Local Catchment_Northern Rivers_22961"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22717	"Wilsons River (upper) Local Catchment_Northern Rivers_23050"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"		"Coal seam gas activities have the potential to change flow patterns at the site and downstream of the operation. Release of treated groundwater to the surface stream network may modify the seasonal distribution of flow."
22718	"Trough Creek Local Catchment_Northern Rivers_22874"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22719	"Unnamed creek (11) Local Catchment_Northern Rivers_22875"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22720	"Coonoom Creek Local Catchment_Northern Rivers_22876"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22721	"Brasnans Creek Local Catchment_Northern Rivers_22877"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22722	"Oaky Creek Local Catchment_Northern Rivers_22878"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22723	"Unnamed creek (15) Local Catchment_Northern Rivers_22879"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22724	"Sandy Creek Local Catchment_Northern Rivers_22880"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22725	"Rocky Waterholes Creek Local Catchment_Northern Rivers_22881"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22726	"Captains Creek Local Catchment_Northern Rivers_22882"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22727	"Flagstone Creek Local Catchment_Northern Rivers_22883"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22728	"Koreelah River (reach 02) Local Catchment_Northern Rivers_22884"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22729	"Grahams Creek Local Catchment_Northern Rivers_22886"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22730	"Unnamed creek (24) Local Catchment_Northern Rivers_22887"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22731	"Unnamed creek (25) Local Catchment_Northern Rivers_22888"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22732	"Lindesay Creek Local Catchment_Northern Rivers_22889"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22733	"Woodenbong Creek Local Catchment_Northern Rivers_22890"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22734	"Rockhill Creek Local Catchment_Northern Rivers_22891"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22736	"Cullendore Creek Local Catchment_Northern Rivers_22857"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22737	"Acacia Creek Local Catchment_Northern Rivers_22858"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22752	"Five Mile Creek Local Catchment_Northern Rivers_22873"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22753	"Beaury Creek Local Catchment_Northern Rivers_22892"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22754	"Five Mile Creek Local Catchment_Northern Rivers_22893"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22755	"Wallaby Creek Local Catchment_Northern Rivers_22894"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22756	"Kangaroo Creek Local Catchment_Northern Rivers_22895"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22757	"Little Cullen Creek Local Catchment_Northern Rivers_22896"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22758	"Cullen Creek Local Catchment_Northern Rivers_22897"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22760	"Castle Creek Local Catchment_Northern Rivers_22899"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22761	"Boomi Creek Local Catchment_Northern Rivers_22900"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22762	"Tooloom Creek (reach 01) Local Catchment_Northern Rivers_22901"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22763	"DInner Creek Local Catchment_Northern Rivers_22902"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22764	"Eight Day Creek Local Catchment_Northern Rivers_22903"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22765	"Oaky Creek Local Catchment_Northern Rivers_22904"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22766	"Tooloom Creek (reach 02) Local Catchment_Northern Rivers_22905"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22767	"Back Creek Local Catchment_Northern Rivers_22906"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22768	"Raspberry Creek Local Catchment_Northern Rivers_22907"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22769	"Tayling Creek Local Catchment_Northern Rivers_22908"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22770	"Cedar Gelters Creek Local Catchment_Northern Rivers_22909"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22771	"Sheepstation Creek Local Catchment_Northern Rivers_22910"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22772	"Brindle Creek Local Catchment_Northern Rivers_22911"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22773	"Gradys Creek Local Catchment_Northern Rivers_22912"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22774	"Logan Creek Local Catchment_Northern Rivers_22913"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22775	"Long Creek Local Catchment_Northern Rivers_22914"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22776	"Terrace Creek Local Catchment_Northern Rivers_22915"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22777	"Sawpit Creek Local Catchment_Northern Rivers_22916"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22778	"October Creek Local Catchment_Northern Rivers_22917"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22779	"Findon Creek Local Catchment_Northern Rivers_22918"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22780	"Burnetts Creek Local Catchment_Northern Rivers_22919"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22781	"Richmond River (reach 01) Local Catchment_Northern Rivers_22920"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22782	"Hixsons Creek Local Catchment_Northern Rivers_22921"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22783	"Collins Creek Local Catchment_Northern Rivers_22922"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22784	"Warrazambil Creek Local Catchment_Northern Rivers_22923"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22785	"Lynches Creek Local Catchment_Northern Rivers_22924"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22786	"Wyndham Creek Local Catchment_Northern Rivers_22925"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22787	"O'Donnell Creek Local Catchment_Northern Rivers_22926"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22788	"Smiths Creek Local Catchment_Northern Rivers_22927"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22789	"Camp Creek Local Catchment_Northern Rivers_22928"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22790	"Oaky Creek Local Catchment_Northern Rivers_22929"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22791	"Iron Pot Creek Local Catchment_Northern Rivers_22930"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22792	"Burroughs Creek Local Catchment_Northern Rivers_22931"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22793	"Cob O'Corn Creek Local Catchment_Northern Rivers_22932"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22794	"Babyl Creek Local Catchment_Northern Rivers_22933"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22795	"Doubtful Creek Local Catchment_Northern Rivers_22934"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22796	"Woolners Arm Local Catchment_Northern Rivers_22935"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22797	"Unnamed creek (28) Local Catchment_Northern Rivers_22936"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22798	"Dyraaba Creek Local Catchment_Northern Rivers_22937"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22799	"Unnamed creek (29) Local Catchment_Northern Rivers_22938"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22800	"Unnamed creek (30) Local Catchment_Northern Rivers_22939"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22801	"Eden Creek Local Catchment_Northern Rivers_22940"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22802	"Terrace Creek Local Catchment_Northern Rivers_22941"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22803	"Fawcetts Creek Local Catchment_Northern Rivers_22942"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22804	"Horse Station Creek Local Catchment_Northern Rivers_22943"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22805	"Unnamed creek (31) Local Catchment_Northern Rivers_22944"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22806	"Unnamed creek (32) Local Catchment_Northern Rivers_22945"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22807	"Richmond River (reach 02) Local Catchment_Northern Rivers_22946"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22808	"Lagoon Creek Local Catchment_Northern Rivers_22947"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22809	"Wattle Creek Local Catchment_Northern Rivers_22948"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22810	"Unnamed creek (33) Local Catchment_Northern Rivers_22949"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22811	"Camp Creek Local Catchment_Northern Rivers_22950"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22812	"Unnamed creek (34) Local Catchment_Northern Rivers_22951"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22813	"Unnamed creek (35) Local Catchment_Northern Rivers_22952"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22814	"Sandy Creek Local Catchment_Northern Rivers_22953"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22815	"Pelican Creek Local Catchment_Northern Rivers_22954"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22816	"Oaky Creek Local Catchment_Northern Rivers_22955"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22817	"Boundary Creek Local Catchment_Northern Rivers_22956"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22818	"Unnamed creek (36) Local Catchment_Northern Rivers_22957"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22819	"Scrubby Creek Local Catchment_Northern Rivers_22958"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22820	"Boorabee Creek Local Catchment_Northern Rivers_22960"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22821	"Little Back Creek Local Catchment_Northern Rivers_22962"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22822	"Booerie Creek Local Catchment_Northern Rivers_22963"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22823	"Jiggi Creek Local Catchment_Northern Rivers_22964"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22824	"Georgica Creek Local Catchment_Northern Rivers_22965"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22825	"Cabbage Tree Creek Local Catchment_Northern Rivers_22966"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22826	"Mulgum Creek Local Catchment_Northern Rivers_22967"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22827	"Goolmangar Creek Local Catchment_Northern Rivers_22968"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22828	"Calico Creek Local Catchment_Northern Rivers_22969"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22829	"Tuntable Creek Local Catchment_Northern Rivers_22970"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22830	"Terania Creek Local Catchment_Northern Rivers_22971"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22831	"Branch Creek Local Catchment_Northern Rivers_22972"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22832	"Horseshow Creek Local Catchment_Northern Rivers_22973"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22833	"Websters Creek Local Catchment_Northern Rivers_22974"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22834	"Leycester Creek Local Catchment_Northern Rivers_22975"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22835	"Hollingsworth Creek Local Catchment_Northern Rivers_22976"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22836	"Lagoon Creek Local Catchment_Northern Rivers_22977"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22837	"Numulgi Creek Local Catchment_Northern Rivers_22978"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22838	"Dans Creek Local Catchment_Northern Rivers_22979"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22839	"Rocky Creek Local Catchment_Northern Rivers_22980"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22840	"Boomerang Creek Local Catchment_Northern Rivers_22981"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22841	"Bennys Creek Local Catchment_Northern Rivers_22982"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22842	"Coppers Creek Local Catchment_Northern Rivers_22983"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22843	"Repentance Creek Local Catchment_Northern Rivers_22984"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22844	"Pearces Creek Local Catchment_Northern Rivers_22985"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22845	"Skinners Creek Local Catchment_Northern Rivers_22986"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22846	"Opossum Creek Local Catchment_Northern Rivers_22987"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22847	"Stony Creek Local Catchment_Northern Rivers_22989"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22848	"Unnamed creek (37) Local Catchment_Northern Rivers_22990"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22849	"Wilsons River (lower) Local Catchment_Northern Rivers_22991"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22850	"Theresa Creek Local Catchment_Northern Rivers_22992"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22851	"Bingeebeebra Creek Local Catchment_Northern Rivers_22993"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22852	"Mummulgum Creek Local Catchment_Northern Rivers_22994"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22853	"Cherry Tree Creek Local Catchment_Northern Rivers_22995"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22854	"Simpkins Creek Local Catchment_Northern Rivers_22996"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22855	"Cabbage Tree Creek Local Catchment_Northern Rivers_22997"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22856	"Mongogarie Creek Local Catchment_Northern Rivers_22998"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22857	"Sawpit Creek Local Catchment_Northern Rivers_22999"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22858	"Unnamed creek (38) Local Catchment_Northern Rivers_23000"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22859	"Unnamed creek (39) Local Catchment_Northern Rivers_23001"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22860	"Middle Creek Local Catchment_Northern Rivers_23002"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22861	"Unnamed creek (40) Local Catchment_Northern Rivers_23003"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22862	"Serpentine Creek Local Catchment_Northern Rivers_23004"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22863	"Oaky Creek Local Catchment_Northern Rivers_23005"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22864	"Spring Creek Local Catchment_Northern Rivers_23006"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22865	"Shannon Brook (lower) Local Catchment_Northern Rivers_23007"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22866	"Shannon Brook (upper) Local Catchment_Northern Rivers_23008"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22867	"Tomki Creek Local Catchment_Northern Rivers_23009"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22868	"Unnamed creek (41) Local Catchment_Northern Rivers_23010"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22869	"Barlings Creek Local Catchment_Northern Rivers_23011"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22870	"Unnamed creek (42) Local Catchment_Northern Rivers_23012"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22871	"Unnamed creek (01) Local Catchment_Northern Rivers_23013"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22872	"Walshes Creek Local Catchment_Northern Rivers_23014"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22873	"Richmond River (reach 03) Local Catchment_Northern Rivers_23015"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22874	"Back Creek Local Catchment_Northern Rivers_23016"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22875	"Pumpenbil Creek Local Catchment_Northern Rivers_23017"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22876	"North Pumpenbil Creek Local Catchment_Northern Rivers_23018"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22877	"Brays Creek Local Catchment_Northern Rivers_23019"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22878	"South Pumpenbil Creek Local Catchment_Northern Rivers_23020"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22879	"Cedar Creek Local Catchment_Northern Rivers_23021"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22880	"Byrrill Creek Local Catchment_Northern Rivers_23022"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22881	"Kunghurloo Creek Local Catchment_Northern Rivers_23023"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22882	"Tweed River (reach 01) Local Catchment_Northern Rivers_23024"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22883	"Perch Creek Local Catchment_Northern Rivers_23025"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22884	"Tyalgum Creek Local Catchment_Northern Rivers_23026"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22885	"Hopping Dicks Creek Local Catchment_Northern Rivers_23027"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22886	"Wollumbin Creek Local Catchment_Northern Rivers_23028"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22888	"Oxley River Local Catchment_Northern Rivers_23033"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22890	"Doon Doon Creek Local Catchment_Northern Rivers_23035"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22891	"Commissioners Creek Local Catchment_Northern Rivers_23036"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22895	"Rowlands Creek Local Catchment_Northern Rivers_23040"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22903	"Belongil Creek Local Catchment_Northern Rivers_23048"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22905	"Unnamed creek (46) Local Catchment_Northern Rivers_23051"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22906	"Simpsons Creek Local Catchment_Northern Rivers_23052"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22907	"Unnamed creek (47) Local Catchment_Northern Rivers_23053"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22908	"Pipeclay Creek Local Catchment_Northern Rivers_23054"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22911	"Busbys Creek Local Catchment_Northern Rivers_23057"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22912	"Sandy Creek Local Catchment_Northern Rivers_23058"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22913	"Phillip Creek Local Catchment_Northern Rivers_23059"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22914	"Cabbage Tree Creek Local Catchment_Northern Rivers_23060"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22915	"Unnamed creek (48) Local Catchment_Northern Rivers_23061"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22916	"Six Mile Swamp Creek Local Catchment_Northern Rivers_23062"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22917	"Six Mile Creek Local Catchment_Northern Rivers_23063"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22918	"Battens Bight Creek Local Catchment_Northern Rivers_23064"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22919	"Unnamed creek (49) Local Catchment_Northern Rivers_23065"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22920	"Four Mile Creek Local Catchment_Northern Rivers_23066"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22921	"Myrtle Creek (upper) Local Catchment_Northern Rivers_23067"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22922	"Bambi Creek Local Catchment_Northern Rivers_23068"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22923	"Unnamed creek (50) Local Catchment_Northern Rivers_23069"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22924	"Unnamed creek (51) Local Catchment_Northern Rivers_23070"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22925	"Camira Creek Local Catchment_Northern Rivers_23071"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22926	"Unnamed creek (52) Local Catchment_Northern Rivers_23072"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22927	"Physics Creek Local Catchment_Northern Rivers_23073"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22928	"Unnamed creek (53) Local Catchment_Northern Rivers_23074"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22929	"Myall Creek Local Catchment_Northern Rivers_23075"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22930	"Myrtle Creek (lower Local Catchment_Northern Rivers_23076"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22931	"Unnamed creek (54) Local Catchment_Northern Rivers_23077"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22932	"Jacybalbin Creek Local Catchment_Northern Rivers_23078"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22933	"Unnamed creek (56) Local Catchment_Northern Rivers_23079"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22934	"Unnamed creek (57) Local Catchment_Northern Rivers_23080"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22935	"Unnamed creek (55) Local Catchment_Northern Rivers_23081"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22936	"Unnamed creek (58) Local Catchment_Northern Rivers_23082"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22937	"Unnamed creek (59) Local Catchment_Northern Rivers_23083"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22938	"Unnamed creek (60) Local Catchment_Northern Rivers_23084"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22939	"Unnamed creek (61) Local Catchment_Northern Rivers_23085"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22940	"Seelems Creek Local Catchment_Northern Rivers_23086"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22941	"Tucki Tucki Creek Local Catchment_Northern Rivers_23087"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22942	"Marom Creek Local Catchment_Northern Rivers_23088"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22943	"Youngman Creek Local Catchment_Northern Rivers_23089"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22944	"Gum Creek Local Catchment_Northern Rivers_23090"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22945	"Yellow Creek Local Catchment_Northern Rivers_23091"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22946	"Tuckean Broadwater Local Catchment_Northern Rivers_23092"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22947	"Byron Creek Local Catchment_Northern Rivers_23093"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22948	"North Creek Local Catchment_Northern Rivers_23094"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22949	"Oceanic drainage (06) Local Catchment_Northern Rivers_23095"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22950	"Duck Creek Local Catchment_Northern Rivers_23096"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22951	"Houghlahans Creek Local Catchment_Northern Rivers_23097"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22952	"Emigrant Creek Local Catchment_Northern Rivers_23098"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22953	"Maguires Creek Local Catchment_Northern Rivers_23099"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22954	"Chilcotts Creek Local Catchment_Northern Rivers_23100"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22955	"Bingai Creek Local Catchment_Northern Rivers_23101"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22956	"Oceanic drainage (07) Local Catchment_Northern Rivers_23102"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22957	"Brandy Arm Creek Local Catchment_Northern Rivers_23103"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22958	"Unnamed creek (62) Local Catchment_Northern Rivers_23104"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22959	"Bungawalbin Creek Local Catchment_Northern Rivers_23105"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22960	"Rocky Mouth Creek Local Catchment_Northern Rivers_23106"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22961	"Evans River Local Catchment_Northern Rivers_23107"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22971	"Bucca Bucca Creek Local Catchment_Northern Rivers_23117"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22973	"Coldwater Creek Local Catchment_Northern Rivers_23119"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22974	"Bagawa Creek Local Catchment_Northern Rivers_23120"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22975	"Halfway Creek Local Catchment_Northern Rivers_23121"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22976	"Unnamed creek (64) Local Catchment_Northern Rivers_23122"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22977	"Palm Creek Local Catchment_Northern Rivers_23123"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22978	"Snake Creek Local Catchment_Northern Rivers_23124"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22979	"Middle Creek Local Catchment_Northern Rivers_23125"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22980	"Sherwood Creek Local Catchment_Northern Rivers_23126"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22981	"Dundoo Creek Local Catchment_Northern Rivers_23127"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22982	"Averys Creek Local Catchment_Northern Rivers_23128"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22983	"Tallawudgah Creek Local Catchment_Northern Rivers_23129"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22984	"Unnamed creek (65) Local Catchment_Northern Rivers_23130"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22986	"Kremnos Creek Local Catchment_Northern Rivers_23132"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22987	"Fern Creek Local Catchment_Northern Rivers_23133"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22988	"Raspberry Creek Local Catchment_Northern Rivers_23134"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22989	"Walters Creek Local Catchment_Northern Rivers_23135"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22990	"Orara River (reach 03) Local Catchment_Northern Rivers_23136"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22991	"Qwyarigo Creek Local Catchment_Northern Rivers_23137"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22992	"Unnamed creek (63) Local Catchment_Northern Rivers_23138"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22993	"Fiddlers Creek Local Catchment_Northern Rivers_23139"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22994	"Orara River (reach 04) Local Catchment_Northern Rivers_23140"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22995	"Middle Creek Local Catchment_Northern Rivers_23141"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22998	"Waterhole Creek Local Catchment_Northern Rivers_23144"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
22999	"Towallum River Local Catchment_Northern Rivers_23145"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23000	"Kangaroo River (lower) Local Catchment_Northern Rivers_23146"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23001	"Maloneys Creek Local Catchment_Northern Rivers_23147"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23002	"Beanball Creek Local Catchment_Northern Rivers_23148"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23003	"Koukandowie Creek Local Catchment_Northern Rivers_23149"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23004	"Sandy Swamp Creek Local Catchment_Northern Rivers_23150"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23005	"Skinners Creek Local Catchment_Northern Rivers_23151"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23006	"Goolang Creek Local Catchment_Northern Rivers_23152"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23007	"Farquhars Creek Local Catchment_Northern Rivers_23153"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23008	"Blaxlands Creek Local Catchment_Northern Rivers_23154"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23009	"Boiling Down Creek Local Catchment_Northern Rivers_23155"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23010	"Unnamed creek (66) Local Catchment_Northern Rivers_23156"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23011	"Back Creek Local Catchment_Northern Rivers_23157"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23012	"Deep Creek Local Catchment_Northern Rivers_23158"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23013	"Shannon Creek Local Catchment_Northern Rivers_23159"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23014	"Picnic Creek Local Catchment_Northern Rivers_23160"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23015	"Teatree Creek Local Catchment_Northern Rivers_23161"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23016	"Orara River (reach 05) Local Catchment_Northern Rivers_23162"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23017	"Caines Creek Local Catchment_Northern Rivers_23163"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23018	"Endless Creek Local Catchment_Northern Rivers_23164"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23019	"OBX Creek Local Catchment_Northern Rivers_23165"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23020	"Stinking Creek Local Catchment_Northern Rivers_23166"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23021	"Chambigne Creek Local Catchment_Northern Rivers_23167"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23023	"Munns Creek Local Catchment_Northern Rivers_23169"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23024	"Jackys Creek Local Catchment_Northern Rivers_23170"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23025	"Mattiers Creek Local Catchment_Northern Rivers_23171"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23026	"Little Mattiers Creek Local Catchment_Northern Rivers_23172"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23027	"Flaggy Creek Local Catchment_Northern Rivers_23173"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23028	"Southions Creek Local Catchment_Northern Rivers_23174"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23029	"Orara River (reach 06) Local Catchment_Northern Rivers_23175"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23037	"Mole Creek Local Catchment_Northern Rivers_23183"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23038	"Kangaroo River (upper) Local Catchment_Northern Rivers_23184"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23049	"Cloghers Creek Local Catchment_Northern Rivers_23195"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23058	"Oaky Creek Local Catchment_Northern Rivers_23203"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23077	"Capeen Creek Local Catchment_Northern Rivers_23222"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23078	"Unnamed creek (77) Local Catchment_Northern Rivers_23223"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23079	"Unnamed creek (78) Local Catchment_Northern Rivers_23224"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23080	"Slaughter Creek Local Catchment_Northern Rivers_23225"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23081	"Bean Creek Local Catchment_Northern Rivers_23226"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23082	"Sandy Creek Local Catchment_Northern Rivers_23227"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23083	"Duck Creek (upper) Local Catchment_Northern Rivers_23228"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23084	"Haystack Creek Local Catchment_Northern Rivers_23229"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23085	"Little Haystack Creek Local Catchment_Northern Rivers_23230"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23086	"Duck Creek (lower) Local Catchment_Northern Rivers_23231"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23087	"Gorge Creek Local Catchment_Northern Rivers_23232"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23088	"Peacock Creek Local Catchment_Northern Rivers_23233"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23089	"Bottle Creek Local Catchment_Northern Rivers_23234"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23090	"Culmaran Creek Local Catchment_Northern Rivers_23235"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23091	"Tryney Creek Local Catchment_Northern Rivers_23236"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23092	"Tunglebung Creek Local Catchment_Northern Rivers_23237"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23093	"Little Creek Local Catchment_Northern Rivers_23238"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23094	"Gularey Creek Local Catchment_Northern Rivers_23239"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23095	"Unnamed creek (79) Local Catchment_Northern Rivers_23240"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23096	"Tabulam Rivulet Local Catchment_Northern Rivers_23241"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23097	"Tooloom Creek (reach 03) Local Catchment_Northern Rivers_23242"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23098	"Slaughteryard Creek Local Catchment_Northern Rivers_23243"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23099	"Yabbra Creek Local Catchment_Northern Rivers_23244"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23100	"Mosquito Creek Local Catchment_Northern Rivers_23245"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23102	"Four Mile Creek Local Catchment_Northern Rivers_23247"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23104	"Emu Creek Local Catchment_Northern Rivers_23249"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23106	"Clarence River (reach 02) Local Catchment_Northern Rivers_23251"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23107	"Tooloonki Creek Local Catchment_Northern Rivers_23252"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23108	"Mookima Wybra Creek Local Catchment_Northern Rivers_23253"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23109	"Fever Creek Local Catchment_Northern Rivers_23254"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23110	"Baxters Creek Local Catchment_Northern Rivers_23255"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23111	"Alice Brook Local Catchment_Northern Rivers_23256"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23112	"Rocky Creek Local Catchment_Northern Rivers_23257"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23113	"Clarence River (reach 03) Local Catchment_Northern Rivers_23258"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23114	"Keembin Creek Local Catchment_Northern Rivers_23259"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23115	"Dignans Creek Local Catchment_Northern Rivers_23260"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23116	"Gerrards Creek Local Catchment_Northern Rivers_23261"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23117	"Dulgigin Creek Local Catchment_Northern Rivers_23262"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23118	"Pickabooba Creek Local Catchment_Northern Rivers_23263"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23119	"Dry Creek Local Catchment_Northern Rivers_23264"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23121	"Ewingar Creek Local Catchment_Northern Rivers_23266"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23124	"Kungurrabar Creek Local Catchment_Northern Rivers_23269"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23125	"Long Mile Creek Local Catchment_Northern Rivers_23270"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23127	"Dubadar Creek Local Catchment_Northern Rivers_23272"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23128	"Bugilbar Creek Local Catchment_Northern Rivers_23273"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23129	"Oaky Creek Local Catchment_Northern Rivers_23274"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23130	"Josephs Creek Local Catchment_Northern Rivers_23275"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23131	"Sawyers Creek Local Catchment_Northern Rivers_23276"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23132	"Pucka Ponds Creek Local Catchment_Northern Rivers_23277"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23133	"Fourteen Mile Creek Local Catchment_Northern Rivers_23278"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23134	"Clarence River (reach 04) Local Catchment_Northern Rivers_23279"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23138	"Hassans Creek Local Catchment_Northern Rivers_23283"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23139	"Unnamed creek (80) Local Catchment_Northern Rivers_23284"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23140	"Barretts Creek Local Catchment_Northern Rivers_23285"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23141	"Unnamed creek (81) Local Catchment_Northern Rivers_23286"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23142	"Oaky Creek Local Catchment_Northern Rivers_23287"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23143	"Floggem Creek Local Catchment_Northern Rivers_23288"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23144	"Unnamed creek (82) Local Catchment_Northern Rivers_23289"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23145	"Dry Creek Local Catchment_Northern Rivers_23290"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23146	"Cawleys Creek Local Catchment_Northern Rivers_23291"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23147	"Carran Creek Local Catchment_Northern Rivers_23292"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23148	"Bulls Nest Creek Local Catchment_Northern Rivers_23293"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23149	"Fine Flower Creek (lower) Local Catchment_Northern Rivers_23294"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23150	"Fine Flower Creek (upper) Local Catchment_Northern Rivers_23295"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23152	"Pulganbar Creek Local Catchment_Northern Rivers_23297"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23153	"Unnamed creek (83) Local Catchment_Northern Rivers_23298"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23157	"Nettle Creek Local Catchment_Northern Rivers_23302"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23158	"Newbold Creek Local Catchment_Northern Rivers_23303"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23159	"Circular Flat Creek Local Catchment_Northern Rivers_23304"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23160	"Clarence River (reach 05) Local Catchment_Northern Rivers_23305"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23161	"Purgatory Creek Local Catchment_Northern Rivers_23306"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23162	"Main Creek Local Catchment_Northern Rivers_23307"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23163	"Valoram Creek Local Catchment_Northern Rivers_23308"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23165	"Eaton Creek Local Catchment_Northern Rivers_23310"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23166	"Cattle Creek Local Catchment_Northern Rivers_23311"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23167	"Brickmakers Creek Local Catchment_Northern Rivers_23312"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23168	"Smiths Creek Local Catchment_Northern Rivers_23313"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23169	"Wombat Creek Local Catchment_Northern Rivers_23314"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23170	"Stockyard Creek Local Catchment_Northern Rivers_23315"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23171	"Punchbowl Creek Local Catchment_Northern Rivers_23316"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23172	"Clarence River (reach 06) Local Catchment_Northern Rivers_23317"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23173	"Unnamed creek (86) Local Catchment_Northern Rivers_23318"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23174	"Chaselings Creek Local Catchment_Northern Rivers_23319"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23175	"Unnamed creek (87) Local Catchment_Northern Rivers_23320"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23176	"Fortis Creek Local Catchment_Northern Rivers_23321"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23177	"Chapman Creek Local Catchment_Northern Rivers_23322"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23178	"White Swamp Creek Local Catchment_Northern Rivers_23323"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23179	"Rocky Creek Local Catchment_Northern Rivers_23324"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23180	"Two Mile Creek Local Catchment_Northern Rivers_23325"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23181	"Junction Creek Local Catchment_Northern Rivers_23326"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23182	"Lankeys Creek Local Catchment_Northern Rivers_23327"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23183	"Whiteman Creek Local Catchment_Northern Rivers_23328"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23184	"Eldon Creek Local Catchment_Northern Rivers_23329"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23185	"Double Swamp Creek Local Catchment_Northern Rivers_23330"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23186	"Cowans Creek Local Catchment_Northern Rivers_23331"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23187	"Musk Valley Creek Local Catchment_Northern Rivers_23332"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23188	"Alumy Creek Local Catchment_Northern Rivers_23333"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23189	"Bunyip Creek Local Catchment_Northern Rivers_23334"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23190	"Unnamed creek (88) Local Catchment_Northern Rivers_23335"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23191	"Clarence River (reach 07) Local Catchment_Northern Rivers_23336"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23192	"Alipou Creek Local Catchment_Northern Rivers_23337"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23193	"Washpen Creek Local Catchment_Northern Rivers_23338"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23194	"McPhillips Creek Local Catchment_Northern Rivers_23339"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23195	"Pheasant Creek Local Catchment_Northern Rivers_23340"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23196	"Bom Bom Creek Local Catchment_Northern Rivers_23341"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23197	"Glenugie Creek Local Catchment_Northern Rivers_23342"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23198	"Poison Creek Local Catchment_Northern Rivers_23343"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23199	"Banyabba Creek Local Catchment_Northern Rivers_23344"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23200	"Saltwater Creek Local Catchment_Northern Rivers_23345"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23201	"Rileys Creek Local Catchment_Northern Rivers_23346"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23202	"Sheep Creek Local Catchment_Northern Rivers_23347"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23203	"Unnamed creek (89) Local Catchment_Northern Rivers_23348"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23204	"Dilkoon Creek Local Catchment_Northern Rivers_23349"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23205	"Bullock Swamp Creek Local Catchment_Northern Rivers_23350"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23206	"Unnamed creek (90) Local Catchment_Northern Rivers_23351"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23207	"Duck Creek Local Catchment_Northern Rivers_23352"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23208	"Little Broadwater Local Catchment_Northern Rivers_23353"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23209	"Mill Creek Local Catchment_Northern Rivers_23354"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23210	"Sportsman Creek (upper) Local Catchment_Northern Rivers_23355"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23211	"Warragai Creek Local Catchment_Northern Rivers_23356"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23212	"Harrisons Creek Local Catchment_Northern Rivers_23357"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23213	"Sportsman Creek (lower) Local Catchment_Northern Rivers_23358"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23214	"Black Creek Local Catchment_Northern Rivers_23359"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23215	"Unnamed creek (91) Local Catchment_Northern Rivers_23360"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23216	"Amos Creek Local Catchment_Northern Rivers_23361"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23217	"Pillar Valley Creek Local Catchment_Northern Rivers_23362"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23218	"Coldstream River (upper) Local Catchment_Northern Rivers_23363"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23219	"Unnamed creek (92) Local Catchment_Northern Rivers_23364"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23220	"Bostocks Gully Local Catchment_Northern Rivers_23365"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23221	"Chaffin Creek Local Catchment_Northern Rivers_23366"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23222	"Deep Creek Local Catchment_Northern Rivers_23367"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23223	"Sweeneys Creek Local Catchment_Northern Rivers_23368"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23224	"Oregan Creek Local Catchment_Northern Rivers_23369"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23225	"Calligans Creek Local Catchment_Northern Rivers_23370"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23226	"Coldstream River (lower) Local Catchment_Northern Rivers_23371"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23227	"Calliope Creek Local Catchment_Northern Rivers_23372"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23228	"Champions Creek Local Catchment_Northern Rivers_23373"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23229	"Crowleys Creek Local Catchment_Northern Rivers_23374"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23230	"Boundary Creek Local Catchment_Northern Rivers_23375"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23231	"Oak Flat Creek Local Catchment_Northern Rivers_23376"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23232	"Sandy Creek Local Catchment_Northern Rivers_23377"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23233	"Shark Creek (lower Local Catchment_Northern Rivers_23378"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23234	"South Arm Local Catchment_Northern Rivers_23379"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23235	"Duckpond Creek Local Catchment_Northern Rivers_23380"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23236	"Niarga Creek Local Catchment_Northern Rivers_23381"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23237	"Filans Creek Local Catchment_Northern Rivers_23382"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23238	"McMillans Creek Local Catchment_Northern Rivers_23383"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23239	"Unnamed creek (93) Local Catchment_Northern Rivers_23384"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23240	"Broadwater Creek (lower) Local Catchment_Northern Rivers_23385"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23241	"Broadwater Creek (upper) Local Catchment_Northern Rivers_23386"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23242	"Mangrove Creek Local Catchment_Northern Rivers_23387"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23243	"Barneys Creek Local Catchment_Northern Rivers_23388"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23244	"Clarence River (reach 08) Local Catchment_Northern Rivers_23389"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23245	"Shark Creek (upper) Local Catchment_Northern Rivers_23390"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23246	"Unnamed creek (94) Local Catchment_Northern Rivers_23391"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23247	"Candole Creek Local Catchment_Northern Rivers_23392"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23248	"Toumbaal Creek Local Catchment_Northern Rivers_23393"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23249	"Oceanic drainage (12) Local Catchment_Northern Rivers_23394"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23250	"Sandon River Local Catchment_Northern Rivers_23395"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23251	"Scope Creek Local Catchment_Northern Rivers_23396"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23252	"Oceanic drainage (11) Local Catchment_Northern Rivers_23397"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23253	"Unnamed creek (95) Local Catchment_Northern Rivers_23398"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23254	"Oceanic drainage (10) Local Catchment_Northern Rivers_23399"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23255	"Jerusalem Creek Local Catchment_Northern Rivers_23400"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23256	"Oceanic drainage (09) Local Catchment_Northern Rivers_23401"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23257	"Oceanic drainage (08) Local Catchment_Northern Rivers_23402"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23258	"Tabimoble Creek Local Catchment_Northern Rivers_23403"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23259	"Jackys Gully Local Catchment_Northern Rivers_23404"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23260	"Unnamed creek (96) Local Catchment_Northern Rivers_23405"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23261	"Unnamed creek (97) Local Catchment_Northern Rivers_23406"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23262	"Esk River Local Catchment_Northern Rivers_23407"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23263	"Morora Creek Local Catchment_Northern Rivers_23408"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23264	"Serpentine Channel Local Catchment_Northern Rivers_23409"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23265	"North Arm Local Catchment_Northern Rivers_23410"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23266	"Haleys Creek Local Catchment_Northern Rivers_23411"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23267	"Wooloweyah Lagoon Local Catchment_Northern Rivers_23412"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23268	"Oyster Channel Local Catchment_Northern Rivers_23413"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23269	"Clarence River (reach 09) Local Catchment_Northern Rivers_23414"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23270	"Palmers Channel Local Catchment_Northern Rivers_23415"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23271	"Richmond River (reach 04) Local Catchment_Northern Rivers_23416"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23272	"Richmond River (reach 05) Local Catchment_Northern Rivers_23417"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23273	"Wanderer Creek Local Catchment_Northern Rivers_23418"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23274	"Barcoongere River Local Catchment_Northern Rivers_23419"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23275	"Bookram Creek Local Catchment_Northern Rivers_23420"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23276	"Unnamed creek (97) Local Catchment_Northern Rivers_23421"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23277	"Oceanic drainage (14) Local Catchment_Northern Rivers_23422"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23278	"Station Creek Local Catchment_Northern Rivers_23423"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23279	"Lake Hiawatha Local Catchment_Northern Rivers_23424"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23280	"Oceanic drainage (13) Local Catchment_Northern Rivers_23425"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23281	"Wooli Wooli River Local Catchment_Northern Rivers_23426"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23282	"Dirty Creek Local Catchment_Northern Rivers_23427"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23283	"Saltwater Creek Local Catchment_Northern Rivers_23428"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23284	"Oceanic drainage (15) Local Catchment_Northern Rivers_23429"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23285	"Madmans Creek Local Catchment_Northern Rivers_23430"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23286	"Lazyman Creek Local Catchment_Northern Rivers_23431"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23287	"Bark Hut Creek Local Catchment_Northern Rivers_23432"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23288	"Oceanic drainage (16) Local Catchment_Northern Rivers_23433"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23289	"Arrawarra Creek Local Catchment_Northern Rivers_23434"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23290	"Corindi River Local Catchment_Northern Rivers_23435"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23308	"Yellow Creek Local Catchment_Northern Rivers_23454"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23309	"Plumbago Creek Local Catchment_Northern Rivers_23455"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23318	"Timbarra River (reach 05) Local Catchment_Northern Rivers_23464"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23350	"Koreelah River (reach 01) Local Catchment_Northern Rivers_22885"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23351	"Maryland River (reach 03) Local Catchment_Northern Rivers_23497"	"Coal mining"	"Potential"	"Flow pattern"	"Low"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23353	"Rous River Local Catchment_Northern Rivers_23032"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23356	"Back Creek Local Catchment_Northern Rivers_22961"	"Coal mining"	"Potential"	"Flow pattern"	"High"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23357	"Wilsons River (upper) Local Catchment_Northern Rivers_23050"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"		"Both open cut and long wall coal mines have the potential to change flow pattern at the site and downstream of the site, through interception of rainfall and surface flow, and possible riparian seepage as a result of LWM subsidence."
23359	"Cullendore Creek Local Catchment_Northern Rivers_22857"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23360	"Acacia Creek Local Catchment_Northern Rivers_22858"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23375	"Five Mile Creek Local Catchment_Northern Rivers_22873"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23376	"Trough Creek Local Catchment_Northern Rivers_22874"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23377	"Unnamed creek (11) Local Catchment_Northern Rivers_22875"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23378	"Coonoom Creek Local Catchment_Northern Rivers_22876"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23379	"Brasnans Creek Local Catchment_Northern Rivers_22877"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23380	"Oaky Creek Local Catchment_Northern Rivers_22878"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23381	"Unnamed creek (15) Local Catchment_Northern Rivers_22879"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23382	"Sandy Creek Local Catchment_Northern Rivers_22880"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23383	"Rocky Waterholes Creek Local Catchment_Northern Rivers_22881"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23384	"Captains Creek Local Catchment_Northern Rivers_22882"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23385	"Flagstone Creek Local Catchment_Northern Rivers_22883"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23386	"Koreelah River (reach 02) Local Catchment_Northern Rivers_22884"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23387	"Grahams Creek Local Catchment_Northern Rivers_22886"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23388	"Unnamed creek (24) Local Catchment_Northern Rivers_22887"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23389	"Unnamed creek (25) Local Catchment_Northern Rivers_22888"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23390	"Lindesay Creek Local Catchment_Northern Rivers_22889"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23391	"Woodenbong Creek Local Catchment_Northern Rivers_22890"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23392	"Rockhill Creek Local Catchment_Northern Rivers_22891"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23393	"Beaury Creek Local Catchment_Northern Rivers_22892"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23394	"Five Mile Creek Local Catchment_Northern Rivers_22893"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23395	"Wallaby Creek Local Catchment_Northern Rivers_22894"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23396	"Kangaroo Creek Local Catchment_Northern Rivers_22895"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23397	"Little Cullen Creek Local Catchment_Northern Rivers_22896"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23398	"Cullen Creek Local Catchment_Northern Rivers_22897"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23400	"Castle Creek Local Catchment_Northern Rivers_22899"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23401	"Boomi Creek Local Catchment_Northern Rivers_22900"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23402	"Tooloom Creek (reach 01) Local Catchment_Northern Rivers_22901"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23403	"DInner Creek Local Catchment_Northern Rivers_22902"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23404	"Eight Day Creek Local Catchment_Northern Rivers_22903"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23405	"Oaky Creek Local Catchment_Northern Rivers_22904"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23406	"Tooloom Creek (reach 02) Local Catchment_Northern Rivers_22905"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23407	"Back Creek Local Catchment_Northern Rivers_22906"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23408	"Raspberry Creek Local Catchment_Northern Rivers_22907"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23409	"Tayling Creek Local Catchment_Northern Rivers_22908"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23410	"Cedar Gelters Creek Local Catchment_Northern Rivers_22909"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23411	"Sheepstation Creek Local Catchment_Northern Rivers_22910"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23412	"Brindle Creek Local Catchment_Northern Rivers_22911"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23413	"Gradys Creek Local Catchment_Northern Rivers_22912"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23414	"Logan Creek Local Catchment_Northern Rivers_22913"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23415	"Long Creek Local Catchment_Northern Rivers_22914"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23416	"Terrace Creek Local Catchment_Northern Rivers_22915"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23417	"Sawpit Creek Local Catchment_Northern Rivers_22916"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23418	"October Creek Local Catchment_Northern Rivers_22917"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23419	"Findon Creek Local Catchment_Northern Rivers_22918"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23420	"Burnetts Creek Local Catchment_Northern Rivers_22919"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23421	"Richmond River (reach 01) Local Catchment_Northern Rivers_22920"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23422	"Hixsons Creek Local Catchment_Northern Rivers_22921"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23423	"Collins Creek Local Catchment_Northern Rivers_22922"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23424	"Warrazambil Creek Local Catchment_Northern Rivers_22923"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23425	"Lynches Creek Local Catchment_Northern Rivers_22924"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23426	"Wyndham Creek Local Catchment_Northern Rivers_22925"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23427	"O'Donnell Creek Local Catchment_Northern Rivers_22926"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23428	"Smiths Creek Local Catchment_Northern Rivers_22927"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23429	"Camp Creek Local Catchment_Northern Rivers_22928"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23430	"Oaky Creek Local Catchment_Northern Rivers_22929"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23431	"Iron Pot Creek Local Catchment_Northern Rivers_22930"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23432	"Burroughs Creek Local Catchment_Northern Rivers_22931"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23433	"Cob O'Corn Creek Local Catchment_Northern Rivers_22932"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23434	"Babyl Creek Local Catchment_Northern Rivers_22933"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23435	"Doubtful Creek Local Catchment_Northern Rivers_22934"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23436	"Woolners Arm Local Catchment_Northern Rivers_22935"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23437	"Unnamed creek (28) Local Catchment_Northern Rivers_22936"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23438	"Dyraaba Creek Local Catchment_Northern Rivers_22937"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23439	"Unnamed creek (29) Local Catchment_Northern Rivers_22938"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23440	"Unnamed creek (30) Local Catchment_Northern Rivers_22939"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23441	"Eden Creek Local Catchment_Northern Rivers_22940"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23442	"Terrace Creek Local Catchment_Northern Rivers_22941"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23443	"Fawcetts Creek Local Catchment_Northern Rivers_22942"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23444	"Horse Station Creek Local Catchment_Northern Rivers_22943"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23445	"Unnamed creek (31) Local Catchment_Northern Rivers_22944"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23446	"Unnamed creek (32) Local Catchment_Northern Rivers_22945"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23447	"Richmond River (reach 02) Local Catchment_Northern Rivers_22946"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23448	"Lagoon Creek Local Catchment_Northern Rivers_22947"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23449	"Wattle Creek Local Catchment_Northern Rivers_22948"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23450	"Unnamed creek (33) Local Catchment_Northern Rivers_22949"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23451	"Camp Creek Local Catchment_Northern Rivers_22950"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23452	"Unnamed creek (34) Local Catchment_Northern Rivers_22951"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23453	"Unnamed creek (35) Local Catchment_Northern Rivers_22952"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23454	"Sandy Creek Local Catchment_Northern Rivers_22953"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23455	"Pelican Creek Local Catchment_Northern Rivers_22954"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23456	"Oaky Creek Local Catchment_Northern Rivers_22955"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23457	"Boundary Creek Local Catchment_Northern Rivers_22956"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23458	"Unnamed creek (36) Local Catchment_Northern Rivers_22957"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23459	"Scrubby Creek Local Catchment_Northern Rivers_22958"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23460	"Boorabee Creek Local Catchment_Northern Rivers_22960"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23461	"Little Back Creek Local Catchment_Northern Rivers_22962"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23462	"Booerie Creek Local Catchment_Northern Rivers_22963"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23463	"Jiggi Creek Local Catchment_Northern Rivers_22964"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23464	"Georgica Creek Local Catchment_Northern Rivers_22965"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23465	"Cabbage Tree Creek Local Catchment_Northern Rivers_22966"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23466	"Mulgum Creek Local Catchment_Northern Rivers_22967"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23467	"Goolmangar Creek Local Catchment_Northern Rivers_22968"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23468	"Calico Creek Local Catchment_Northern Rivers_22969"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23469	"Tuntable Creek Local Catchment_Northern Rivers_22970"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23470	"Terania Creek Local Catchment_Northern Rivers_22971"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23471	"Branch Creek Local Catchment_Northern Rivers_22972"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23472	"Horseshow Creek Local Catchment_Northern Rivers_22973"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23473	"Websters Creek Local Catchment_Northern Rivers_22974"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23474	"Leycester Creek Local Catchment_Northern Rivers_22975"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23475	"Hollingsworth Creek Local Catchment_Northern Rivers_22976"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23476	"Lagoon Creek Local Catchment_Northern Rivers_22977"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23477	"Numulgi Creek Local Catchment_Northern Rivers_22978"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23478	"Dans Creek Local Catchment_Northern Rivers_22979"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23479	"Rocky Creek Local Catchment_Northern Rivers_22980"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23480	"Boomerang Creek Local Catchment_Northern Rivers_22981"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23481	"Bennys Creek Local Catchment_Northern Rivers_22982"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23482	"Coppers Creek Local Catchment_Northern Rivers_22983"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23483	"Repentance Creek Local Catchment_Northern Rivers_22984"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23484	"Pearces Creek Local Catchment_Northern Rivers_22985"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23485	"Skinners Creek Local Catchment_Northern Rivers_22986"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23486	"Opossum Creek Local Catchment_Northern Rivers_22987"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23487	"Stony Creek Local Catchment_Northern Rivers_22989"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23488	"Unnamed creek (37) Local Catchment_Northern Rivers_22990"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23489	"Wilsons River (lower) Local Catchment_Northern Rivers_22991"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23490	"Theresa Creek Local Catchment_Northern Rivers_22992"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23491	"Bingeebeebra Creek Local Catchment_Northern Rivers_22993"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23492	"Mummulgum Creek Local Catchment_Northern Rivers_22994"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23493	"Cherry Tree Creek Local Catchment_Northern Rivers_22995"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23494	"Simpkins Creek Local Catchment_Northern Rivers_22996"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23495	"Cabbage Tree Creek Local Catchment_Northern Rivers_22997"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23496	"Mongogarie Creek Local Catchment_Northern Rivers_22998"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23497	"Sawpit Creek Local Catchment_Northern Rivers_22999"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23498	"Unnamed creek (38) Local Catchment_Northern Rivers_23000"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23499	"Unnamed creek (39) Local Catchment_Northern Rivers_23001"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23500	"Middle Creek Local Catchment_Northern Rivers_23002"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23501	"Unnamed creek (40) Local Catchment_Northern Rivers_23003"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23502	"Serpentine Creek Local Catchment_Northern Rivers_23004"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23503	"Oaky Creek Local Catchment_Northern Rivers_23005"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23504	"Spring Creek Local Catchment_Northern Rivers_23006"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23505	"Shannon Brook (lower) Local Catchment_Northern Rivers_23007"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23506	"Shannon Brook (upper) Local Catchment_Northern Rivers_23008"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23507	"Tomki Creek Local Catchment_Northern Rivers_23009"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23508	"Unnamed creek (41) Local Catchment_Northern Rivers_23010"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23509	"Barlings Creek Local Catchment_Northern Rivers_23011"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23510	"Unnamed creek (42) Local Catchment_Northern Rivers_23012"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23511	"Unnamed creek (01) Local Catchment_Northern Rivers_23013"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23512	"Walshes Creek Local Catchment_Northern Rivers_23014"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23513	"Richmond River (reach 03) Local Catchment_Northern Rivers_23015"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23514	"Back Creek Local Catchment_Northern Rivers_23016"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23515	"Pumpenbil Creek Local Catchment_Northern Rivers_23017"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23516	"North Pumpenbil Creek Local Catchment_Northern Rivers_23018"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23517	"Brays Creek Local Catchment_Northern Rivers_23019"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23518	"South Pumpenbil Creek Local Catchment_Northern Rivers_23020"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23519	"Cedar Creek Local Catchment_Northern Rivers_23021"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23520	"Byrrill Creek Local Catchment_Northern Rivers_23022"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23521	"Kunghurloo Creek Local Catchment_Northern Rivers_23023"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23522	"Tweed River (reach 01) Local Catchment_Northern Rivers_23024"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23523	"Perch Creek Local Catchment_Northern Rivers_23025"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23524	"Tyalgum Creek Local Catchment_Northern Rivers_23026"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23525	"Hopping Dicks Creek Local Catchment_Northern Rivers_23027"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23526	"Wollumbin Creek Local Catchment_Northern Rivers_23028"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23528	"Oxley River Local Catchment_Northern Rivers_23033"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23530	"Doon Doon Creek Local Catchment_Northern Rivers_23035"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23531	"Commissioners Creek Local Catchment_Northern Rivers_23036"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23535	"Rowlands Creek Local Catchment_Northern Rivers_23040"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23543	"Belongil Creek Local Catchment_Northern Rivers_23048"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23545	"Unnamed creek (46) Local Catchment_Northern Rivers_23051"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23546	"Simpsons Creek Local Catchment_Northern Rivers_23052"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23547	"Unnamed creek (47) Local Catchment_Northern Rivers_23053"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23548	"Pipeclay Creek Local Catchment_Northern Rivers_23054"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23551	"Busbys Creek Local Catchment_Northern Rivers_23057"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23552	"Sandy Creek Local Catchment_Northern Rivers_23058"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23553	"Phillip Creek Local Catchment_Northern Rivers_23059"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23554	"Cabbage Tree Creek Local Catchment_Northern Rivers_23060"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23555	"Unnamed creek (48) Local Catchment_Northern Rivers_23061"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23556	"Six Mile Swamp Creek Local Catchment_Northern Rivers_23062"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23557	"Six Mile Creek Local Catchment_Northern Rivers_23063"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23558	"Battens Bight Creek Local Catchment_Northern Rivers_23064"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23559	"Unnamed creek (49) Local Catchment_Northern Rivers_23065"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23560	"Four Mile Creek Local Catchment_Northern Rivers_23066"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23561	"Myrtle Creek (upper) Local Catchment_Northern Rivers_23067"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23562	"Bambi Creek Local Catchment_Northern Rivers_23068"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23563	"Unnamed creek (50) Local Catchment_Northern Rivers_23069"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23564	"Unnamed creek (51) Local Catchment_Northern Rivers_23070"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23565	"Camira Creek Local Catchment_Northern Rivers_23071"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23566	"Unnamed creek (52) Local Catchment_Northern Rivers_23072"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23567	"Physics Creek Local Catchment_Northern Rivers_23073"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23568	"Unnamed creek (53) Local Catchment_Northern Rivers_23074"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23569	"Myall Creek Local Catchment_Northern Rivers_23075"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23570	"Myrtle Creek (lower Local Catchment_Northern Rivers_23076"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23571	"Unnamed creek (54) Local Catchment_Northern Rivers_23077"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23572	"Jacybalbin Creek Local Catchment_Northern Rivers_23078"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23573	"Unnamed creek (56) Local Catchment_Northern Rivers_23079"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23574	"Unnamed creek (57) Local Catchment_Northern Rivers_23080"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23575	"Unnamed creek (55) Local Catchment_Northern Rivers_23081"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23576	"Unnamed creek (58) Local Catchment_Northern Rivers_23082"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23577	"Unnamed creek (59) Local Catchment_Northern Rivers_23083"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23578	"Unnamed creek (60) Local Catchment_Northern Rivers_23084"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23579	"Unnamed creek (61) Local Catchment_Northern Rivers_23085"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23580	"Seelems Creek Local Catchment_Northern Rivers_23086"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23581	"Tucki Tucki Creek Local Catchment_Northern Rivers_23087"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23582	"Marom Creek Local Catchment_Northern Rivers_23088"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23583	"Youngman Creek Local Catchment_Northern Rivers_23089"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23584	"Gum Creek Local Catchment_Northern Rivers_23090"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23585	"Yellow Creek Local Catchment_Northern Rivers_23091"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23586	"Tuckean Broadwater Local Catchment_Northern Rivers_23092"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23587	"Byron Creek Local Catchment_Northern Rivers_23093"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23588	"North Creek Local Catchment_Northern Rivers_23094"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23589	"Oceanic drainage (06) Local Catchment_Northern Rivers_23095"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23590	"Duck Creek Local Catchment_Northern Rivers_23096"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23591	"Houghlahans Creek Local Catchment_Northern Rivers_23097"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23592	"Emigrant Creek Local Catchment_Northern Rivers_23098"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23593	"Maguires Creek Local Catchment_Northern Rivers_23099"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23594	"Chilcotts Creek Local Catchment_Northern Rivers_23100"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23595	"Bingai Creek Local Catchment_Northern Rivers_23101"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23596	"Oceanic drainage (07) Local Catchment_Northern Rivers_23102"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23597	"Brandy Arm Creek Local Catchment_Northern Rivers_23103"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23598	"Unnamed creek (62) Local Catchment_Northern Rivers_23104"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23599	"Bungawalbin Creek Local Catchment_Northern Rivers_23105"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23600	"Rocky Mouth Creek Local Catchment_Northern Rivers_23106"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23601	"Evans River Local Catchment_Northern Rivers_23107"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23611	"Bucca Bucca Creek Local Catchment_Northern Rivers_23117"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23613	"Coldwater Creek Local Catchment_Northern Rivers_23119"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23614	"Bagawa Creek Local Catchment_Northern Rivers_23120"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23615	"Halfway Creek Local Catchment_Northern Rivers_23121"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23616	"Unnamed creek (64) Local Catchment_Northern Rivers_23122"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23617	"Palm Creek Local Catchment_Northern Rivers_23123"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23618	"Snake Creek Local Catchment_Northern Rivers_23124"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23619	"Middle Creek Local Catchment_Northern Rivers_23125"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23620	"Sherwood Creek Local Catchment_Northern Rivers_23126"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23621	"Dundoo Creek Local Catchment_Northern Rivers_23127"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23622	"Averys Creek Local Catchment_Northern Rivers_23128"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23623	"Tallawudgah Creek Local Catchment_Northern Rivers_23129"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23624	"Unnamed creek (65) Local Catchment_Northern Rivers_23130"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23626	"Kremnos Creek Local Catchment_Northern Rivers_23132"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23627	"Fern Creek Local Catchment_Northern Rivers_23133"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23628	"Raspberry Creek Local Catchment_Northern Rivers_23134"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23629	"Walters Creek Local Catchment_Northern Rivers_23135"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23630	"Orara River (reach 03) Local Catchment_Northern Rivers_23136"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23631	"Qwyarigo Creek Local Catchment_Northern Rivers_23137"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23632	"Unnamed creek (63) Local Catchment_Northern Rivers_23138"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23633	"Fiddlers Creek Local Catchment_Northern Rivers_23139"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23634	"Orara River (reach 04) Local Catchment_Northern Rivers_23140"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23635	"Middle Creek Local Catchment_Northern Rivers_23141"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23638	"Waterhole Creek Local Catchment_Northern Rivers_23144"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23639	"Towallum River Local Catchment_Northern Rivers_23145"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23640	"Kangaroo River (lower) Local Catchment_Northern Rivers_23146"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23641	"Maloneys Creek Local Catchment_Northern Rivers_23147"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23642	"Beanball Creek Local Catchment_Northern Rivers_23148"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23643	"Koukandowie Creek Local Catchment_Northern Rivers_23149"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23644	"Sandy Swamp Creek Local Catchment_Northern Rivers_23150"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23645	"Skinners Creek Local Catchment_Northern Rivers_23151"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23646	"Goolang Creek Local Catchment_Northern Rivers_23152"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23647	"Farquhars Creek Local Catchment_Northern Rivers_23153"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23648	"Blaxlands Creek Local Catchment_Northern Rivers_23154"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23649	"Boiling Down Creek Local Catchment_Northern Rivers_23155"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23650	"Unnamed creek (66) Local Catchment_Northern Rivers_23156"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23651	"Back Creek Local Catchment_Northern Rivers_23157"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23652	"Deep Creek Local Catchment_Northern Rivers_23158"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23653	"Shannon Creek Local Catchment_Northern Rivers_23159"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23654	"Picnic Creek Local Catchment_Northern Rivers_23160"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23655	"Teatree Creek Local Catchment_Northern Rivers_23161"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23656	"Orara River (reach 05) Local Catchment_Northern Rivers_23162"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23657	"Caines Creek Local Catchment_Northern Rivers_23163"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23658	"Endless Creek Local Catchment_Northern Rivers_23164"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23659	"OBX Creek Local Catchment_Northern Rivers_23165"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23660	"Stinking Creek Local Catchment_Northern Rivers_23166"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23661	"Chambigne Creek Local Catchment_Northern Rivers_23167"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23663	"Munns Creek Local Catchment_Northern Rivers_23169"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23664	"Jackys Creek Local Catchment_Northern Rivers_23170"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23665	"Mattiers Creek Local Catchment_Northern Rivers_23171"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23666	"Little Mattiers Creek Local Catchment_Northern Rivers_23172"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23667	"Flaggy Creek Local Catchment_Northern Rivers_23173"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23668	"Southions Creek Local Catchment_Northern Rivers_23174"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23669	"Orara River (reach 06) Local Catchment_Northern Rivers_23175"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23677	"Mole Creek Local Catchment_Northern Rivers_23183"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23678	"Kangaroo River (upper) Local Catchment_Northern Rivers_23184"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23689	"Cloghers Creek Local Catchment_Northern Rivers_23195"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23698	"Oaky Creek Local Catchment_Northern Rivers_23203"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23717	"Capeen Creek Local Catchment_Northern Rivers_23222"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23718	"Unnamed creek (77) Local Catchment_Northern Rivers_23223"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23719	"Unnamed creek (78) Local Catchment_Northern Rivers_23224"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23720	"Slaughter Creek Local Catchment_Northern Rivers_23225"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23721	"Bean Creek Local Catchment_Northern Rivers_23226"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23722	"Sandy Creek Local Catchment_Northern Rivers_23227"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23723	"Duck Creek (upper) Local Catchment_Northern Rivers_23228"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23724	"Haystack Creek Local Catchment_Northern Rivers_23229"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23725	"Little Haystack Creek Local Catchment_Northern Rivers_23230"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23726	"Duck Creek (lower) Local Catchment_Northern Rivers_23231"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23727	"Gorge Creek Local Catchment_Northern Rivers_23232"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23728	"Peacock Creek Local Catchment_Northern Rivers_23233"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23729	"Bottle Creek Local Catchment_Northern Rivers_23234"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23730	"Culmaran Creek Local Catchment_Northern Rivers_23235"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23731	"Tryney Creek Local Catchment_Northern Rivers_23236"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23732	"Tunglebung Creek Local Catchment_Northern Rivers_23237"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23733	"Little Creek Local Catchment_Northern Rivers_23238"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23734	"Gularey Creek Local Catchment_Northern Rivers_23239"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23735	"Unnamed creek (79) Local Catchment_Northern Rivers_23240"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23736	"Tabulam Rivulet Local Catchment_Northern Rivers_23241"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23737	"Tooloom Creek (reach 03) Local Catchment_Northern Rivers_23242"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23738	"Slaughteryard Creek Local Catchment_Northern Rivers_23243"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23739	"Yabbra Creek Local Catchment_Northern Rivers_23244"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23740	"Mosquito Creek Local Catchment_Northern Rivers_23245"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23742	"Four Mile Creek Local Catchment_Northern Rivers_23247"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23744	"Emu Creek Local Catchment_Northern Rivers_23249"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23746	"Clarence River (reach 02) Local Catchment_Northern Rivers_23251"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23747	"Tooloonki Creek Local Catchment_Northern Rivers_23252"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23748	"Mookima Wybra Creek Local Catchment_Northern Rivers_23253"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23749	"Fever Creek Local Catchment_Northern Rivers_23254"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23750	"Baxters Creek Local Catchment_Northern Rivers_23255"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23751	"Alice Brook Local Catchment_Northern Rivers_23256"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23752	"Rocky Creek Local Catchment_Northern Rivers_23257"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23753	"Clarence River (reach 03) Local Catchment_Northern Rivers_23258"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23754	"Keembin Creek Local Catchment_Northern Rivers_23259"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23755	"Dignans Creek Local Catchment_Northern Rivers_23260"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23756	"Gerrards Creek Local Catchment_Northern Rivers_23261"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23757	"Dulgigin Creek Local Catchment_Northern Rivers_23262"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23758	"Pickabooba Creek Local Catchment_Northern Rivers_23263"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23759	"Dry Creek Local Catchment_Northern Rivers_23264"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23761	"Ewingar Creek Local Catchment_Northern Rivers_23266"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23764	"Kungurrabar Creek Local Catchment_Northern Rivers_23269"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23765	"Long Mile Creek Local Catchment_Northern Rivers_23270"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23767	"Dubadar Creek Local Catchment_Northern Rivers_23272"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23768	"Bugilbar Creek Local Catchment_Northern Rivers_23273"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23769	"Oaky Creek Local Catchment_Northern Rivers_23274"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23770	"Josephs Creek Local Catchment_Northern Rivers_23275"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23771	"Sawyers Creek Local Catchment_Northern Rivers_23276"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23772	"Pucka Ponds Creek Local Catchment_Northern Rivers_23277"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23773	"Fourteen Mile Creek Local Catchment_Northern Rivers_23278"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23774	"Clarence River (reach 04) Local Catchment_Northern Rivers_23279"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23778	"Hassans Creek Local Catchment_Northern Rivers_23283"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23779	"Unnamed creek (80) Local Catchment_Northern Rivers_23284"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23780	"Barretts Creek Local Catchment_Northern Rivers_23285"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23781	"Unnamed creek (81) Local Catchment_Northern Rivers_23286"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23782	"Oaky Creek Local Catchment_Northern Rivers_23287"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23783	"Floggem Creek Local Catchment_Northern Rivers_23288"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23784	"Unnamed creek (82) Local Catchment_Northern Rivers_23289"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23785	"Dry Creek Local Catchment_Northern Rivers_23290"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23786	"Cawleys Creek Local Catchment_Northern Rivers_23291"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23787	"Carran Creek Local Catchment_Northern Rivers_23292"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23788	"Bulls Nest Creek Local Catchment_Northern Rivers_23293"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23789	"Fine Flower Creek (lower) Local Catchment_Northern Rivers_23294"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23790	"Fine Flower Creek (upper) Local Catchment_Northern Rivers_23295"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23792	"Pulganbar Creek Local Catchment_Northern Rivers_23297"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23793	"Unnamed creek (83) Local Catchment_Northern Rivers_23298"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23797	"Nettle Creek Local Catchment_Northern Rivers_23302"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23798	"Newbold Creek Local Catchment_Northern Rivers_23303"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23799	"Circular Flat Creek Local Catchment_Northern Rivers_23304"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23800	"Clarence River (reach 05) Local Catchment_Northern Rivers_23305"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23801	"Purgatory Creek Local Catchment_Northern Rivers_23306"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23802	"Main Creek Local Catchment_Northern Rivers_23307"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23803	"Valoram Creek Local Catchment_Northern Rivers_23308"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23805	"Eaton Creek Local Catchment_Northern Rivers_23310"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23806	"Cattle Creek Local Catchment_Northern Rivers_23311"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23807	"Brickmakers Creek Local Catchment_Northern Rivers_23312"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23808	"Smiths Creek Local Catchment_Northern Rivers_23313"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23809	"Wombat Creek Local Catchment_Northern Rivers_23314"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23810	"Stockyard Creek Local Catchment_Northern Rivers_23315"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23811	"Punchbowl Creek Local Catchment_Northern Rivers_23316"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23812	"Clarence River (reach 06) Local Catchment_Northern Rivers_23317"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23813	"Unnamed creek (86) Local Catchment_Northern Rivers_23318"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23814	"Chaselings Creek Local Catchment_Northern Rivers_23319"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23815	"Unnamed creek (87) Local Catchment_Northern Rivers_23320"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23816	"Fortis Creek Local Catchment_Northern Rivers_23321"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23817	"Chapman Creek Local Catchment_Northern Rivers_23322"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23818	"White Swamp Creek Local Catchment_Northern Rivers_23323"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23819	"Rocky Creek Local Catchment_Northern Rivers_23324"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23820	"Two Mile Creek Local Catchment_Northern Rivers_23325"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23821	"Junction Creek Local Catchment_Northern Rivers_23326"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23822	"Lankeys Creek Local Catchment_Northern Rivers_23327"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23823	"Whiteman Creek Local Catchment_Northern Rivers_23328"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23824	"Eldon Creek Local Catchment_Northern Rivers_23329"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23825	"Double Swamp Creek Local Catchment_Northern Rivers_23330"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23826	"Cowans Creek Local Catchment_Northern Rivers_23331"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23827	"Musk Valley Creek Local Catchment_Northern Rivers_23332"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23828	"Alumy Creek Local Catchment_Northern Rivers_23333"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23829	"Bunyip Creek Local Catchment_Northern Rivers_23334"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23830	"Unnamed creek (88) Local Catchment_Northern Rivers_23335"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23831	"Clarence River (reach 07) Local Catchment_Northern Rivers_23336"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23832	"Alipou Creek Local Catchment_Northern Rivers_23337"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23833	"Washpen Creek Local Catchment_Northern Rivers_23338"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23834	"McPhillips Creek Local Catchment_Northern Rivers_23339"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23835	"Pheasant Creek Local Catchment_Northern Rivers_23340"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23836	"Bom Bom Creek Local Catchment_Northern Rivers_23341"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23837	"Glenugie Creek Local Catchment_Northern Rivers_23342"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23838	"Poison Creek Local Catchment_Northern Rivers_23343"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23839	"Banyabba Creek Local Catchment_Northern Rivers_23344"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23840	"Saltwater Creek Local Catchment_Northern Rivers_23345"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23841	"Rileys Creek Local Catchment_Northern Rivers_23346"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23842	"Sheep Creek Local Catchment_Northern Rivers_23347"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23843	"Unnamed creek (89) Local Catchment_Northern Rivers_23348"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23844	"Dilkoon Creek Local Catchment_Northern Rivers_23349"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23845	"Bullock Swamp Creek Local Catchment_Northern Rivers_23350"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23846	"Unnamed creek (90) Local Catchment_Northern Rivers_23351"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23847	"Duck Creek Local Catchment_Northern Rivers_23352"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23848	"Little Broadwater Local Catchment_Northern Rivers_23353"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23849	"Mill Creek Local Catchment_Northern Rivers_23354"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23850	"Sportsman Creek (upper) Local Catchment_Northern Rivers_23355"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23851	"Warragai Creek Local Catchment_Northern Rivers_23356"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23852	"Harrisons Creek Local Catchment_Northern Rivers_23357"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23853	"Sportsman Creek (lower) Local Catchment_Northern Rivers_23358"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23854	"Black Creek Local Catchment_Northern Rivers_23359"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23855	"Unnamed creek (91) Local Catchment_Northern Rivers_23360"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23856	"Amos Creek Local Catchment_Northern Rivers_23361"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23857	"Pillar Valley Creek Local Catchment_Northern Rivers_23362"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23858	"Coldstream River (upper) Local Catchment_Northern Rivers_23363"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23859	"Unnamed creek (92) Local Catchment_Northern Rivers_23364"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23860	"Bostocks Gully Local Catchment_Northern Rivers_23365"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23861	"Chaffin Creek Local Catchment_Northern Rivers_23366"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23862	"Deep Creek Local Catchment_Northern Rivers_23367"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23863	"Sweeneys Creek Local Catchment_Northern Rivers_23368"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23864	"Oregan Creek Local Catchment_Northern Rivers_23369"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23865	"Calligans Creek Local Catchment_Northern Rivers_23370"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23866	"Coldstream River (lower) Local Catchment_Northern Rivers_23371"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23867	"Calliope Creek Local Catchment_Northern Rivers_23372"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23868	"Champions Creek Local Catchment_Northern Rivers_23373"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23869	"Crowleys Creek Local Catchment_Northern Rivers_23374"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23870	"Boundary Creek Local Catchment_Northern Rivers_23375"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23871	"Oak Flat Creek Local Catchment_Northern Rivers_23376"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23872	"Sandy Creek Local Catchment_Northern Rivers_23377"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23873	"Shark Creek (lower Local Catchment_Northern Rivers_23378"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23874	"South Arm Local Catchment_Northern Rivers_23379"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23875	"Duckpond Creek Local Catchment_Northern Rivers_23380"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23876	"Niarga Creek Local Catchment_Northern Rivers_23381"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23877	"Filans Creek Local Catchment_Northern Rivers_23382"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23878	"McMillans Creek Local Catchment_Northern Rivers_23383"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23879	"Unnamed creek (93) Local Catchment_Northern Rivers_23384"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23880	"Broadwater Creek (lower) Local Catchment_Northern Rivers_23385"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23881	"Broadwater Creek (upper) Local Catchment_Northern Rivers_23386"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23882	"Mangrove Creek Local Catchment_Northern Rivers_23387"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23883	"Barneys Creek Local Catchment_Northern Rivers_23388"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23884	"Clarence River (reach 08) Local Catchment_Northern Rivers_23389"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23885	"Shark Creek (upper) Local Catchment_Northern Rivers_23390"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23886	"Unnamed creek (94) Local Catchment_Northern Rivers_23391"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23887	"Candole Creek Local Catchment_Northern Rivers_23392"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23888	"Toumbaal Creek Local Catchment_Northern Rivers_23393"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23889	"Oceanic drainage (12) Local Catchment_Northern Rivers_23394"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23890	"Sandon River Local Catchment_Northern Rivers_23395"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23891	"Scope Creek Local Catchment_Northern Rivers_23396"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23892	"Oceanic drainage (11) Local Catchment_Northern Rivers_23397"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23893	"Unnamed creek (95) Local Catchment_Northern Rivers_23398"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23894	"Oceanic drainage (10) Local Catchment_Northern Rivers_23399"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23895	"Jerusalem Creek Local Catchment_Northern Rivers_23400"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23896	"Oceanic drainage (09) Local Catchment_Northern Rivers_23401"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23897	"Oceanic drainage (08) Local Catchment_Northern Rivers_23402"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23898	"Tabimoble Creek Local Catchment_Northern Rivers_23403"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23899	"Jackys Gully Local Catchment_Northern Rivers_23404"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23900	"Unnamed creek (96) Local Catchment_Northern Rivers_23405"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23901	"Unnamed creek (97) Local Catchment_Northern Rivers_23406"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23902	"Esk River Local Catchment_Northern Rivers_23407"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23903	"Morora Creek Local Catchment_Northern Rivers_23408"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23904	"Serpentine Channel Local Catchment_Northern Rivers_23409"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23905	"North Arm Local Catchment_Northern Rivers_23410"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23906	"Haleys Creek Local Catchment_Northern Rivers_23411"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23907	"Wooloweyah Lagoon Local Catchment_Northern Rivers_23412"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23908	"Oyster Channel Local Catchment_Northern Rivers_23413"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23909	"Clarence River (reach 09) Local Catchment_Northern Rivers_23414"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23910	"Palmers Channel Local Catchment_Northern Rivers_23415"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23911	"Richmond River (reach 04) Local Catchment_Northern Rivers_23416"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23912	"Richmond River (reach 05) Local Catchment_Northern Rivers_23417"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23913	"Wanderer Creek Local Catchment_Northern Rivers_23418"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23914	"Barcoongere River Local Catchment_Northern Rivers_23419"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23915	"Bookram Creek Local Catchment_Northern Rivers_23420"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23916	"Unnamed creek (97) Local Catchment_Northern Rivers_23421"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23917	"Oceanic drainage (14) Local Catchment_Northern Rivers_23422"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23918	"Station Creek Local Catchment_Northern Rivers_23423"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23919	"Lake Hiawatha Local Catchment_Northern Rivers_23424"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23920	"Oceanic drainage (13) Local Catchment_Northern Rivers_23425"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23921	"Wooli Wooli River Local Catchment_Northern Rivers_23426"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23922	"Dirty Creek Local Catchment_Northern Rivers_23427"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23923	"Saltwater Creek Local Catchment_Northern Rivers_23428"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23924	"Oceanic drainage (15) Local Catchment_Northern Rivers_23429"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23925	"Madmans Creek Local Catchment_Northern Rivers_23430"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23926	"Lazyman Creek Local Catchment_Northern Rivers_23431"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23927	"Bark Hut Creek Local Catchment_Northern Rivers_23432"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23928	"Oceanic drainage (16) Local Catchment_Northern Rivers_23433"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23929	"Arrawarra Creek Local Catchment_Northern Rivers_23434"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23930	"Corindi River Local Catchment_Northern Rivers_23435"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23948	"Yellow Creek Local Catchment_Northern Rivers_23454"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23949	"Plumbago Creek Local Catchment_Northern Rivers_23455"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23958	"Timbarra River (reach 05) Local Catchment_Northern Rivers_23464"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23990	"Koreelah River (reach 01) Local Catchment_Northern Rivers_22885"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23991	"Maryland River (reach 03) Local Catchment_Northern Rivers_23497"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23993	"Rous River Local Catchment_Northern Rivers_23032"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23996	"Back Creek Local Catchment_Northern Rivers_22961"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23997	"Wilsons River (upper) Local Catchment_Northern Rivers_23050"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
23999	"Cullendore Creek Local Catchment_Northern Rivers_22857"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24000	"Acacia Creek Local Catchment_Northern Rivers_22858"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24015	"Five Mile Creek Local Catchment_Northern Rivers_22873"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24016	"Trough Creek Local Catchment_Northern Rivers_22874"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24017	"Unnamed creek (11) Local Catchment_Northern Rivers_22875"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24018	"Coonoom Creek Local Catchment_Northern Rivers_22876"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24019	"Brasnans Creek Local Catchment_Northern Rivers_22877"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24020	"Oaky Creek Local Catchment_Northern Rivers_22878"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24021	"Unnamed creek (15) Local Catchment_Northern Rivers_22879"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24022	"Sandy Creek Local Catchment_Northern Rivers_22880"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24023	"Rocky Waterholes Creek Local Catchment_Northern Rivers_22881"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24024	"Captains Creek Local Catchment_Northern Rivers_22882"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24025	"Flagstone Creek Local Catchment_Northern Rivers_22883"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24026	"Koreelah River (reach 02) Local Catchment_Northern Rivers_22884"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24027	"Grahams Creek Local Catchment_Northern Rivers_22886"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24028	"Unnamed creek (24) Local Catchment_Northern Rivers_22887"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24029	"Unnamed creek (25) Local Catchment_Northern Rivers_22888"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24030	"Lindesay Creek Local Catchment_Northern Rivers_22889"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24031	"Woodenbong Creek Local Catchment_Northern Rivers_22890"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24032	"Rockhill Creek Local Catchment_Northern Rivers_22891"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24033	"Beaury Creek Local Catchment_Northern Rivers_22892"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24034	"Five Mile Creek Local Catchment_Northern Rivers_22893"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24035	"Wallaby Creek Local Catchment_Northern Rivers_22894"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24036	"Kangaroo Creek Local Catchment_Northern Rivers_22895"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24037	"Little Cullen Creek Local Catchment_Northern Rivers_22896"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24038	"Cullen Creek Local Catchment_Northern Rivers_22897"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24040	"Castle Creek Local Catchment_Northern Rivers_22899"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24041	"Boomi Creek Local Catchment_Northern Rivers_22900"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24042	"Tooloom Creek (reach 01) Local Catchment_Northern Rivers_22901"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24043	"DInner Creek Local Catchment_Northern Rivers_22902"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24044	"Eight Day Creek Local Catchment_Northern Rivers_22903"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24045	"Oaky Creek Local Catchment_Northern Rivers_22904"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24046	"Tooloom Creek (reach 02) Local Catchment_Northern Rivers_22905"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24047	"Back Creek Local Catchment_Northern Rivers_22906"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24048	"Raspberry Creek Local Catchment_Northern Rivers_22907"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24049	"Tayling Creek Local Catchment_Northern Rivers_22908"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24050	"Cedar Gelters Creek Local Catchment_Northern Rivers_22909"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24051	"Sheepstation Creek Local Catchment_Northern Rivers_22910"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24052	"Brindle Creek Local Catchment_Northern Rivers_22911"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24053	"Gradys Creek Local Catchment_Northern Rivers_22912"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24054	"Logan Creek Local Catchment_Northern Rivers_22913"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24055	"Long Creek Local Catchment_Northern Rivers_22914"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24056	"Terrace Creek Local Catchment_Northern Rivers_22915"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24057	"Sawpit Creek Local Catchment_Northern Rivers_22916"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24058	"October Creek Local Catchment_Northern Rivers_22917"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24059	"Findon Creek Local Catchment_Northern Rivers_22918"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24060	"Burnetts Creek Local Catchment_Northern Rivers_22919"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24061	"Richmond River (reach 01) Local Catchment_Northern Rivers_22920"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24062	"Hixsons Creek Local Catchment_Northern Rivers_22921"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24063	"Collins Creek Local Catchment_Northern Rivers_22922"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24064	"Warrazambil Creek Local Catchment_Northern Rivers_22923"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24065	"Lynches Creek Local Catchment_Northern Rivers_22924"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24066	"Wyndham Creek Local Catchment_Northern Rivers_22925"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24067	"O'Donnell Creek Local Catchment_Northern Rivers_22926"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24068	"Smiths Creek Local Catchment_Northern Rivers_22927"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24069	"Camp Creek Local Catchment_Northern Rivers_22928"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24070	"Oaky Creek Local Catchment_Northern Rivers_22929"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24071	"Iron Pot Creek Local Catchment_Northern Rivers_22930"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24072	"Burroughs Creek Local Catchment_Northern Rivers_22931"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24073	"Cob O'Corn Creek Local Catchment_Northern Rivers_22932"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24074	"Babyl Creek Local Catchment_Northern Rivers_22933"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24075	"Doubtful Creek Local Catchment_Northern Rivers_22934"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24076	"Woolners Arm Local Catchment_Northern Rivers_22935"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24077	"Unnamed creek (28) Local Catchment_Northern Rivers_22936"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24078	"Dyraaba Creek Local Catchment_Northern Rivers_22937"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24079	"Unnamed creek (29) Local Catchment_Northern Rivers_22938"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24080	"Unnamed creek (30) Local Catchment_Northern Rivers_22939"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24081	"Eden Creek Local Catchment_Northern Rivers_22940"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24082	"Terrace Creek Local Catchment_Northern Rivers_22941"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24083	"Fawcetts Creek Local Catchment_Northern Rivers_22942"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24084	"Horse Station Creek Local Catchment_Northern Rivers_22943"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24085	"Unnamed creek (31) Local Catchment_Northern Rivers_22944"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24086	"Unnamed creek (32) Local Catchment_Northern Rivers_22945"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24087	"Richmond River (reach 02) Local Catchment_Northern Rivers_22946"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24088	"Lagoon Creek Local Catchment_Northern Rivers_22947"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24089	"Wattle Creek Local Catchment_Northern Rivers_22948"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24090	"Unnamed creek (33) Local Catchment_Northern Rivers_22949"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24091	"Camp Creek Local Catchment_Northern Rivers_22950"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24092	"Unnamed creek (34) Local Catchment_Northern Rivers_22951"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24093	"Unnamed creek (35) Local Catchment_Northern Rivers_22952"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24094	"Sandy Creek Local Catchment_Northern Rivers_22953"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24095	"Pelican Creek Local Catchment_Northern Rivers_22954"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24096	"Oaky Creek Local Catchment_Northern Rivers_22955"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24097	"Boundary Creek Local Catchment_Northern Rivers_22956"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24098	"Unnamed creek (36) Local Catchment_Northern Rivers_22957"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24099	"Scrubby Creek Local Catchment_Northern Rivers_22958"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24100	"Boorabee Creek Local Catchment_Northern Rivers_22960"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24101	"Little Back Creek Local Catchment_Northern Rivers_22962"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24102	"Booerie Creek Local Catchment_Northern Rivers_22963"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24103	"Jiggi Creek Local Catchment_Northern Rivers_22964"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24104	"Georgica Creek Local Catchment_Northern Rivers_22965"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24105	"Cabbage Tree Creek Local Catchment_Northern Rivers_22966"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24106	"Mulgum Creek Local Catchment_Northern Rivers_22967"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24107	"Goolmangar Creek Local Catchment_Northern Rivers_22968"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24108	"Calico Creek Local Catchment_Northern Rivers_22969"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24109	"Tuntable Creek Local Catchment_Northern Rivers_22970"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24110	"Terania Creek Local Catchment_Northern Rivers_22971"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24111	"Branch Creek Local Catchment_Northern Rivers_22972"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24112	"Horseshow Creek Local Catchment_Northern Rivers_22973"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24113	"Websters Creek Local Catchment_Northern Rivers_22974"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24114	"Leycester Creek Local Catchment_Northern Rivers_22975"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24115	"Hollingsworth Creek Local Catchment_Northern Rivers_22976"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24116	"Lagoon Creek Local Catchment_Northern Rivers_22977"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24117	"Numulgi Creek Local Catchment_Northern Rivers_22978"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24118	"Dans Creek Local Catchment_Northern Rivers_22979"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24119	"Rocky Creek Local Catchment_Northern Rivers_22980"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24120	"Boomerang Creek Local Catchment_Northern Rivers_22981"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24121	"Bennys Creek Local Catchment_Northern Rivers_22982"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24122	"Coppers Creek Local Catchment_Northern Rivers_22983"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24123	"Repentance Creek Local Catchment_Northern Rivers_22984"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24124	"Pearces Creek Local Catchment_Northern Rivers_22985"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24125	"Skinners Creek Local Catchment_Northern Rivers_22986"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24126	"Opossum Creek Local Catchment_Northern Rivers_22987"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24127	"Stony Creek Local Catchment_Northern Rivers_22989"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24128	"Unnamed creek (37) Local Catchment_Northern Rivers_22990"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24129	"Wilsons River (lower) Local Catchment_Northern Rivers_22991"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24130	"Theresa Creek Local Catchment_Northern Rivers_22992"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24131	"Bingeebeebra Creek Local Catchment_Northern Rivers_22993"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24132	"Mummulgum Creek Local Catchment_Northern Rivers_22994"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24133	"Cherry Tree Creek Local Catchment_Northern Rivers_22995"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24134	"Simpkins Creek Local Catchment_Northern Rivers_22996"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24135	"Cabbage Tree Creek Local Catchment_Northern Rivers_22997"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24136	"Mongogarie Creek Local Catchment_Northern Rivers_22998"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24137	"Sawpit Creek Local Catchment_Northern Rivers_22999"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24138	"Unnamed creek (38) Local Catchment_Northern Rivers_23000"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24139	"Unnamed creek (39) Local Catchment_Northern Rivers_23001"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24140	"Middle Creek Local Catchment_Northern Rivers_23002"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24141	"Unnamed creek (40) Local Catchment_Northern Rivers_23003"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24142	"Serpentine Creek Local Catchment_Northern Rivers_23004"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24143	"Oaky Creek Local Catchment_Northern Rivers_23005"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24144	"Spring Creek Local Catchment_Northern Rivers_23006"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24145	"Shannon Brook (lower) Local Catchment_Northern Rivers_23007"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24146	"Shannon Brook (upper) Local Catchment_Northern Rivers_23008"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24147	"Tomki Creek Local Catchment_Northern Rivers_23009"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24148	"Unnamed creek (41) Local Catchment_Northern Rivers_23010"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24149	"Barlings Creek Local Catchment_Northern Rivers_23011"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24150	"Unnamed creek (42) Local Catchment_Northern Rivers_23012"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24151	"Unnamed creek (01) Local Catchment_Northern Rivers_23013"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24152	"Walshes Creek Local Catchment_Northern Rivers_23014"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24153	"Richmond River (reach 03) Local Catchment_Northern Rivers_23015"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24154	"Back Creek Local Catchment_Northern Rivers_23016"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24155	"Pumpenbil Creek Local Catchment_Northern Rivers_23017"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24156	"North Pumpenbil Creek Local Catchment_Northern Rivers_23018"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24157	"Brays Creek Local Catchment_Northern Rivers_23019"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24158	"South Pumpenbil Creek Local Catchment_Northern Rivers_23020"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24159	"Cedar Creek Local Catchment_Northern Rivers_23021"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24160	"Byrrill Creek Local Catchment_Northern Rivers_23022"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24161	"Kunghurloo Creek Local Catchment_Northern Rivers_23023"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24162	"Tweed River (reach 01) Local Catchment_Northern Rivers_23024"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24163	"Perch Creek Local Catchment_Northern Rivers_23025"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24164	"Tyalgum Creek Local Catchment_Northern Rivers_23026"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24165	"Hopping Dicks Creek Local Catchment_Northern Rivers_23027"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24166	"Wollumbin Creek Local Catchment_Northern Rivers_23028"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24168	"Oxley River Local Catchment_Northern Rivers_23033"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24170	"Doon Doon Creek Local Catchment_Northern Rivers_23035"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24171	"Commissioners Creek Local Catchment_Northern Rivers_23036"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24175	"Rowlands Creek Local Catchment_Northern Rivers_23040"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24183	"Belongil Creek Local Catchment_Northern Rivers_23048"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24185	"Unnamed creek (46) Local Catchment_Northern Rivers_23051"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24186	"Simpsons Creek Local Catchment_Northern Rivers_23052"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24187	"Unnamed creek (47) Local Catchment_Northern Rivers_23053"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24188	"Pipeclay Creek Local Catchment_Northern Rivers_23054"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24191	"Busbys Creek Local Catchment_Northern Rivers_23057"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24192	"Sandy Creek Local Catchment_Northern Rivers_23058"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24193	"Phillip Creek Local Catchment_Northern Rivers_23059"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24194	"Cabbage Tree Creek Local Catchment_Northern Rivers_23060"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24195	"Unnamed creek (48) Local Catchment_Northern Rivers_23061"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24196	"Six Mile Swamp Creek Local Catchment_Northern Rivers_23062"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24197	"Six Mile Creek Local Catchment_Northern Rivers_23063"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24198	"Battens Bight Creek Local Catchment_Northern Rivers_23064"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24199	"Unnamed creek (49) Local Catchment_Northern Rivers_23065"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24200	"Four Mile Creek Local Catchment_Northern Rivers_23066"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24201	"Myrtle Creek (upper) Local Catchment_Northern Rivers_23067"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24202	"Bambi Creek Local Catchment_Northern Rivers_23068"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24203	"Unnamed creek (50) Local Catchment_Northern Rivers_23069"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24204	"Unnamed creek (51) Local Catchment_Northern Rivers_23070"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24205	"Camira Creek Local Catchment_Northern Rivers_23071"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24206	"Unnamed creek (52) Local Catchment_Northern Rivers_23072"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24207	"Physics Creek Local Catchment_Northern Rivers_23073"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24208	"Unnamed creek (53) Local Catchment_Northern Rivers_23074"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24209	"Myall Creek Local Catchment_Northern Rivers_23075"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24210	"Myrtle Creek (lower Local Catchment_Northern Rivers_23076"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24211	"Unnamed creek (54) Local Catchment_Northern Rivers_23077"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24212	"Jacybalbin Creek Local Catchment_Northern Rivers_23078"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24213	"Unnamed creek (56) Local Catchment_Northern Rivers_23079"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24214	"Unnamed creek (57) Local Catchment_Northern Rivers_23080"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24215	"Unnamed creek (55) Local Catchment_Northern Rivers_23081"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24216	"Unnamed creek (58) Local Catchment_Northern Rivers_23082"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24217	"Unnamed creek (59) Local Catchment_Northern Rivers_23083"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24218	"Unnamed creek (60) Local Catchment_Northern Rivers_23084"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24219	"Unnamed creek (61) Local Catchment_Northern Rivers_23085"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24220	"Seelems Creek Local Catchment_Northern Rivers_23086"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24221	"Tucki Tucki Creek Local Catchment_Northern Rivers_23087"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24222	"Marom Creek Local Catchment_Northern Rivers_23088"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24223	"Youngman Creek Local Catchment_Northern Rivers_23089"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24224	"Gum Creek Local Catchment_Northern Rivers_23090"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24225	"Yellow Creek Local Catchment_Northern Rivers_23091"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24226	"Tuckean Broadwater Local Catchment_Northern Rivers_23092"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24227	"Byron Creek Local Catchment_Northern Rivers_23093"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24228	"North Creek Local Catchment_Northern Rivers_23094"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24229	"Oceanic drainage (06) Local Catchment_Northern Rivers_23095"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24230	"Duck Creek Local Catchment_Northern Rivers_23096"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24231	"Houghlahans Creek Local Catchment_Northern Rivers_23097"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24232	"Emigrant Creek Local Catchment_Northern Rivers_23098"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24233	"Maguires Creek Local Catchment_Northern Rivers_23099"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24234	"Chilcotts Creek Local Catchment_Northern Rivers_23100"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24235	"Bingai Creek Local Catchment_Northern Rivers_23101"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24236	"Oceanic drainage (07) Local Catchment_Northern Rivers_23102"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24237	"Brandy Arm Creek Local Catchment_Northern Rivers_23103"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24238	"Unnamed creek (62) Local Catchment_Northern Rivers_23104"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24239	"Bungawalbin Creek Local Catchment_Northern Rivers_23105"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24240	"Rocky Mouth Creek Local Catchment_Northern Rivers_23106"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24241	"Evans River Local Catchment_Northern Rivers_23107"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24251	"Bucca Bucca Creek Local Catchment_Northern Rivers_23117"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24253	"Coldwater Creek Local Catchment_Northern Rivers_23119"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24254	"Bagawa Creek Local Catchment_Northern Rivers_23120"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24255	"Halfway Creek Local Catchment_Northern Rivers_23121"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24256	"Unnamed creek (64) Local Catchment_Northern Rivers_23122"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24257	"Palm Creek Local Catchment_Northern Rivers_23123"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24258	"Snake Creek Local Catchment_Northern Rivers_23124"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24259	"Middle Creek Local Catchment_Northern Rivers_23125"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24260	"Sherwood Creek Local Catchment_Northern Rivers_23126"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24261	"Dundoo Creek Local Catchment_Northern Rivers_23127"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24262	"Averys Creek Local Catchment_Northern Rivers_23128"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24263	"Tallawudgah Creek Local Catchment_Northern Rivers_23129"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24264	"Unnamed creek (65) Local Catchment_Northern Rivers_23130"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24266	"Kremnos Creek Local Catchment_Northern Rivers_23132"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24267	"Fern Creek Local Catchment_Northern Rivers_23133"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24268	"Raspberry Creek Local Catchment_Northern Rivers_23134"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24269	"Walters Creek Local Catchment_Northern Rivers_23135"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24270	"Orara River (reach 03) Local Catchment_Northern Rivers_23136"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24271	"Qwyarigo Creek Local Catchment_Northern Rivers_23137"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24272	"Unnamed creek (63) Local Catchment_Northern Rivers_23138"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24273	"Fiddlers Creek Local Catchment_Northern Rivers_23139"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24274	"Orara River (reach 04) Local Catchment_Northern Rivers_23140"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24275	"Middle Creek Local Catchment_Northern Rivers_23141"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24278	"Waterhole Creek Local Catchment_Northern Rivers_23144"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24279	"Towallum River Local Catchment_Northern Rivers_23145"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24280	"Kangaroo River (lower) Local Catchment_Northern Rivers_23146"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24281	"Maloneys Creek Local Catchment_Northern Rivers_23147"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24282	"Beanball Creek Local Catchment_Northern Rivers_23148"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24283	"Koukandowie Creek Local Catchment_Northern Rivers_23149"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24284	"Sandy Swamp Creek Local Catchment_Northern Rivers_23150"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24285	"Skinners Creek Local Catchment_Northern Rivers_23151"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24286	"Goolang Creek Local Catchment_Northern Rivers_23152"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24287	"Farquhars Creek Local Catchment_Northern Rivers_23153"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24288	"Blaxlands Creek Local Catchment_Northern Rivers_23154"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24289	"Boiling Down Creek Local Catchment_Northern Rivers_23155"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24290	"Unnamed creek (66) Local Catchment_Northern Rivers_23156"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24291	"Back Creek Local Catchment_Northern Rivers_23157"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24292	"Deep Creek Local Catchment_Northern Rivers_23158"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24293	"Shannon Creek Local Catchment_Northern Rivers_23159"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24294	"Picnic Creek Local Catchment_Northern Rivers_23160"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24295	"Teatree Creek Local Catchment_Northern Rivers_23161"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24296	"Orara River (reach 05) Local Catchment_Northern Rivers_23162"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24297	"Caines Creek Local Catchment_Northern Rivers_23163"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24298	"Endless Creek Local Catchment_Northern Rivers_23164"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24299	"OBX Creek Local Catchment_Northern Rivers_23165"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24300	"Stinking Creek Local Catchment_Northern Rivers_23166"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24301	"Chambigne Creek Local Catchment_Northern Rivers_23167"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24303	"Munns Creek Local Catchment_Northern Rivers_23169"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24304	"Jackys Creek Local Catchment_Northern Rivers_23170"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24305	"Mattiers Creek Local Catchment_Northern Rivers_23171"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24306	"Little Mattiers Creek Local Catchment_Northern Rivers_23172"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24307	"Flaggy Creek Local Catchment_Northern Rivers_23173"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24308	"Southions Creek Local Catchment_Northern Rivers_23174"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24309	"Orara River (reach 06) Local Catchment_Northern Rivers_23175"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24317	"Mole Creek Local Catchment_Northern Rivers_23183"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24318	"Kangaroo River (upper) Local Catchment_Northern Rivers_23184"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24329	"Cloghers Creek Local Catchment_Northern Rivers_23195"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24338	"Oaky Creek Local Catchment_Northern Rivers_23203"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24357	"Capeen Creek Local Catchment_Northern Rivers_23222"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24358	"Unnamed creek (77) Local Catchment_Northern Rivers_23223"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24359	"Unnamed creek (78) Local Catchment_Northern Rivers_23224"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24360	"Slaughter Creek Local Catchment_Northern Rivers_23225"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24361	"Bean Creek Local Catchment_Northern Rivers_23226"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24362	"Sandy Creek Local Catchment_Northern Rivers_23227"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24363	"Duck Creek (upper) Local Catchment_Northern Rivers_23228"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24364	"Haystack Creek Local Catchment_Northern Rivers_23229"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24365	"Little Haystack Creek Local Catchment_Northern Rivers_23230"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24366	"Duck Creek (lower) Local Catchment_Northern Rivers_23231"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24367	"Gorge Creek Local Catchment_Northern Rivers_23232"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24368	"Peacock Creek Local Catchment_Northern Rivers_23233"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24369	"Bottle Creek Local Catchment_Northern Rivers_23234"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24370	"Culmaran Creek Local Catchment_Northern Rivers_23235"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24371	"Tryney Creek Local Catchment_Northern Rivers_23236"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24372	"Tunglebung Creek Local Catchment_Northern Rivers_23237"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24373	"Little Creek Local Catchment_Northern Rivers_23238"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24374	"Gularey Creek Local Catchment_Northern Rivers_23239"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24375	"Unnamed creek (79) Local Catchment_Northern Rivers_23240"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24376	"Tabulam Rivulet Local Catchment_Northern Rivers_23241"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24377	"Tooloom Creek (reach 03) Local Catchment_Northern Rivers_23242"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24378	"Slaughteryard Creek Local Catchment_Northern Rivers_23243"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24379	"Yabbra Creek Local Catchment_Northern Rivers_23244"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24380	"Mosquito Creek Local Catchment_Northern Rivers_23245"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24382	"Four Mile Creek Local Catchment_Northern Rivers_23247"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24384	"Emu Creek Local Catchment_Northern Rivers_23249"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24386	"Clarence River (reach 02) Local Catchment_Northern Rivers_23251"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24387	"Tooloonki Creek Local Catchment_Northern Rivers_23252"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24388	"Mookima Wybra Creek Local Catchment_Northern Rivers_23253"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24389	"Fever Creek Local Catchment_Northern Rivers_23254"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24390	"Baxters Creek Local Catchment_Northern Rivers_23255"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24391	"Alice Brook Local Catchment_Northern Rivers_23256"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24392	"Rocky Creek Local Catchment_Northern Rivers_23257"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24393	"Clarence River (reach 03) Local Catchment_Northern Rivers_23258"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24394	"Keembin Creek Local Catchment_Northern Rivers_23259"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24395	"Dignans Creek Local Catchment_Northern Rivers_23260"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24396	"Gerrards Creek Local Catchment_Northern Rivers_23261"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24397	"Dulgigin Creek Local Catchment_Northern Rivers_23262"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24398	"Pickabooba Creek Local Catchment_Northern Rivers_23263"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24399	"Dry Creek Local Catchment_Northern Rivers_23264"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24401	"Ewingar Creek Local Catchment_Northern Rivers_23266"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24404	"Kungurrabar Creek Local Catchment_Northern Rivers_23269"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24405	"Long Mile Creek Local Catchment_Northern Rivers_23270"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24407	"Dubadar Creek Local Catchment_Northern Rivers_23272"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24408	"Bugilbar Creek Local Catchment_Northern Rivers_23273"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24409	"Oaky Creek Local Catchment_Northern Rivers_23274"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24410	"Josephs Creek Local Catchment_Northern Rivers_23275"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24411	"Sawyers Creek Local Catchment_Northern Rivers_23276"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24412	"Pucka Ponds Creek Local Catchment_Northern Rivers_23277"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24413	"Fourteen Mile Creek Local Catchment_Northern Rivers_23278"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24414	"Clarence River (reach 04) Local Catchment_Northern Rivers_23279"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24418	"Hassans Creek Local Catchment_Northern Rivers_23283"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24419	"Unnamed creek (80) Local Catchment_Northern Rivers_23284"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24420	"Barretts Creek Local Catchment_Northern Rivers_23285"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24421	"Unnamed creek (81) Local Catchment_Northern Rivers_23286"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24422	"Oaky Creek Local Catchment_Northern Rivers_23287"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24423	"Floggem Creek Local Catchment_Northern Rivers_23288"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24424	"Unnamed creek (82) Local Catchment_Northern Rivers_23289"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24425	"Dry Creek Local Catchment_Northern Rivers_23290"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24426	"Cawleys Creek Local Catchment_Northern Rivers_23291"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24427	"Carran Creek Local Catchment_Northern Rivers_23292"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24428	"Bulls Nest Creek Local Catchment_Northern Rivers_23293"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24429	"Fine Flower Creek (lower) Local Catchment_Northern Rivers_23294"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24430	"Fine Flower Creek (upper) Local Catchment_Northern Rivers_23295"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24432	"Pulganbar Creek Local Catchment_Northern Rivers_23297"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24433	"Unnamed creek (83) Local Catchment_Northern Rivers_23298"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24437	"Nettle Creek Local Catchment_Northern Rivers_23302"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24438	"Newbold Creek Local Catchment_Northern Rivers_23303"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24439	"Circular Flat Creek Local Catchment_Northern Rivers_23304"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24440	"Clarence River (reach 05) Local Catchment_Northern Rivers_23305"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24441	"Purgatory Creek Local Catchment_Northern Rivers_23306"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24442	"Main Creek Local Catchment_Northern Rivers_23307"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24443	"Valoram Creek Local Catchment_Northern Rivers_23308"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24445	"Eaton Creek Local Catchment_Northern Rivers_23310"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24446	"Cattle Creek Local Catchment_Northern Rivers_23311"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24447	"Brickmakers Creek Local Catchment_Northern Rivers_23312"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24448	"Smiths Creek Local Catchment_Northern Rivers_23313"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24449	"Wombat Creek Local Catchment_Northern Rivers_23314"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24450	"Stockyard Creek Local Catchment_Northern Rivers_23315"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24451	"Punchbowl Creek Local Catchment_Northern Rivers_23316"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24452	"Clarence River (reach 06) Local Catchment_Northern Rivers_23317"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24453	"Unnamed creek (86) Local Catchment_Northern Rivers_23318"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24454	"Chaselings Creek Local Catchment_Northern Rivers_23319"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24455	"Unnamed creek (87) Local Catchment_Northern Rivers_23320"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24456	"Fortis Creek Local Catchment_Northern Rivers_23321"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24457	"Chapman Creek Local Catchment_Northern Rivers_23322"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24458	"White Swamp Creek Local Catchment_Northern Rivers_23323"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24459	"Rocky Creek Local Catchment_Northern Rivers_23324"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24460	"Two Mile Creek Local Catchment_Northern Rivers_23325"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24461	"Junction Creek Local Catchment_Northern Rivers_23326"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24462	"Lankeys Creek Local Catchment_Northern Rivers_23327"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24463	"Whiteman Creek Local Catchment_Northern Rivers_23328"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24464	"Eldon Creek Local Catchment_Northern Rivers_23329"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24465	"Double Swamp Creek Local Catchment_Northern Rivers_23330"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24466	"Cowans Creek Local Catchment_Northern Rivers_23331"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24467	"Musk Valley Creek Local Catchment_Northern Rivers_23332"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24468	"Alumy Creek Local Catchment_Northern Rivers_23333"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24469	"Bunyip Creek Local Catchment_Northern Rivers_23334"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24470	"Unnamed creek (88) Local Catchment_Northern Rivers_23335"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24471	"Clarence River (reach 07) Local Catchment_Northern Rivers_23336"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24472	"Alipou Creek Local Catchment_Northern Rivers_23337"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24473	"Washpen Creek Local Catchment_Northern Rivers_23338"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24474	"McPhillips Creek Local Catchment_Northern Rivers_23339"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24475	"Pheasant Creek Local Catchment_Northern Rivers_23340"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24476	"Bom Bom Creek Local Catchment_Northern Rivers_23341"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24477	"Glenugie Creek Local Catchment_Northern Rivers_23342"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24478	"Poison Creek Local Catchment_Northern Rivers_23343"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24479	"Banyabba Creek Local Catchment_Northern Rivers_23344"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24480	"Saltwater Creek Local Catchment_Northern Rivers_23345"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24481	"Rileys Creek Local Catchment_Northern Rivers_23346"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24482	"Sheep Creek Local Catchment_Northern Rivers_23347"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24483	"Unnamed creek (89) Local Catchment_Northern Rivers_23348"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24484	"Dilkoon Creek Local Catchment_Northern Rivers_23349"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24485	"Bullock Swamp Creek Local Catchment_Northern Rivers_23350"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24486	"Unnamed creek (90) Local Catchment_Northern Rivers_23351"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24487	"Duck Creek Local Catchment_Northern Rivers_23352"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24488	"Little Broadwater Local Catchment_Northern Rivers_23353"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24489	"Mill Creek Local Catchment_Northern Rivers_23354"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24490	"Sportsman Creek (upper) Local Catchment_Northern Rivers_23355"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24491	"Warragai Creek Local Catchment_Northern Rivers_23356"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24492	"Harrisons Creek Local Catchment_Northern Rivers_23357"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24493	"Sportsman Creek (lower) Local Catchment_Northern Rivers_23358"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24494	"Black Creek Local Catchment_Northern Rivers_23359"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24495	"Unnamed creek (91) Local Catchment_Northern Rivers_23360"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24496	"Amos Creek Local Catchment_Northern Rivers_23361"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24497	"Pillar Valley Creek Local Catchment_Northern Rivers_23362"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24498	"Coldstream River (upper) Local Catchment_Northern Rivers_23363"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24499	"Unnamed creek (92) Local Catchment_Northern Rivers_23364"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24500	"Bostocks Gully Local Catchment_Northern Rivers_23365"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24501	"Chaffin Creek Local Catchment_Northern Rivers_23366"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24502	"Deep Creek Local Catchment_Northern Rivers_23367"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24503	"Sweeneys Creek Local Catchment_Northern Rivers_23368"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24504	"Oregan Creek Local Catchment_Northern Rivers_23369"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24505	"Calligans Creek Local Catchment_Northern Rivers_23370"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24506	"Coldstream River (lower) Local Catchment_Northern Rivers_23371"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24507	"Calliope Creek Local Catchment_Northern Rivers_23372"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24508	"Champions Creek Local Catchment_Northern Rivers_23373"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24509	"Crowleys Creek Local Catchment_Northern Rivers_23374"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24510	"Boundary Creek Local Catchment_Northern Rivers_23375"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24511	"Oak Flat Creek Local Catchment_Northern Rivers_23376"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24512	"Sandy Creek Local Catchment_Northern Rivers_23377"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24513	"Shark Creek (lower Local Catchment_Northern Rivers_23378"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24514	"South Arm Local Catchment_Northern Rivers_23379"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24515	"Duckpond Creek Local Catchment_Northern Rivers_23380"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24516	"Niarga Creek Local Catchment_Northern Rivers_23381"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24517	"Filans Creek Local Catchment_Northern Rivers_23382"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24518	"McMillans Creek Local Catchment_Northern Rivers_23383"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24519	"Unnamed creek (93) Local Catchment_Northern Rivers_23384"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24520	"Broadwater Creek (lower) Local Catchment_Northern Rivers_23385"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24521	"Broadwater Creek (upper) Local Catchment_Northern Rivers_23386"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24522	"Mangrove Creek Local Catchment_Northern Rivers_23387"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24523	"Barneys Creek Local Catchment_Northern Rivers_23388"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24524	"Clarence River (reach 08) Local Catchment_Northern Rivers_23389"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24525	"Shark Creek (upper) Local Catchment_Northern Rivers_23390"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24526	"Unnamed creek (94) Local Catchment_Northern Rivers_23391"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24527	"Candole Creek Local Catchment_Northern Rivers_23392"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24528	"Toumbaal Creek Local Catchment_Northern Rivers_23393"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24529	"Oceanic drainage (12) Local Catchment_Northern Rivers_23394"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24530	"Sandon River Local Catchment_Northern Rivers_23395"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24531	"Scope Creek Local Catchment_Northern Rivers_23396"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24532	"Oceanic drainage (11) Local Catchment_Northern Rivers_23397"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24533	"Unnamed creek (95) Local Catchment_Northern Rivers_23398"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24534	"Oceanic drainage (10) Local Catchment_Northern Rivers_23399"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24535	"Jerusalem Creek Local Catchment_Northern Rivers_23400"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24536	"Oceanic drainage (09) Local Catchment_Northern Rivers_23401"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24537	"Oceanic drainage (08) Local Catchment_Northern Rivers_23402"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24538	"Tabimoble Creek Local Catchment_Northern Rivers_23403"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24539	"Jackys Gully Local Catchment_Northern Rivers_23404"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24540	"Unnamed creek (96) Local Catchment_Northern Rivers_23405"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24541	"Unnamed creek (97) Local Catchment_Northern Rivers_23406"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24542	"Esk River Local Catchment_Northern Rivers_23407"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24543	"Morora Creek Local Catchment_Northern Rivers_23408"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24544	"Serpentine Channel Local Catchment_Northern Rivers_23409"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24545	"North Arm Local Catchment_Northern Rivers_23410"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24546	"Haleys Creek Local Catchment_Northern Rivers_23411"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24547	"Wooloweyah Lagoon Local Catchment_Northern Rivers_23412"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24548	"Oyster Channel Local Catchment_Northern Rivers_23413"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24549	"Clarence River (reach 09) Local Catchment_Northern Rivers_23414"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24550	"Palmers Channel Local Catchment_Northern Rivers_23415"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24551	"Richmond River (reach 04) Local Catchment_Northern Rivers_23416"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24552	"Richmond River (reach 05) Local Catchment_Northern Rivers_23417"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24553	"Wanderer Creek Local Catchment_Northern Rivers_23418"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24554	"Barcoongere River Local Catchment_Northern Rivers_23419"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24555	"Bookram Creek Local Catchment_Northern Rivers_23420"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24556	"Unnamed creek (97) Local Catchment_Northern Rivers_23421"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24557	"Oceanic drainage (14) Local Catchment_Northern Rivers_23422"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24558	"Station Creek Local Catchment_Northern Rivers_23423"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24559	"Lake Hiawatha Local Catchment_Northern Rivers_23424"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24560	"Oceanic drainage (13) Local Catchment_Northern Rivers_23425"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24561	"Wooli Wooli River Local Catchment_Northern Rivers_23426"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24562	"Dirty Creek Local Catchment_Northern Rivers_23427"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24563	"Saltwater Creek Local Catchment_Northern Rivers_23428"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24564	"Oceanic drainage (15) Local Catchment_Northern Rivers_23429"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24565	"Madmans Creek Local Catchment_Northern Rivers_23430"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24566	"Lazyman Creek Local Catchment_Northern Rivers_23431"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24567	"Bark Hut Creek Local Catchment_Northern Rivers_23432"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24568	"Oceanic drainage (16) Local Catchment_Northern Rivers_23433"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24569	"Arrawarra Creek Local Catchment_Northern Rivers_23434"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24570	"Corindi River Local Catchment_Northern Rivers_23435"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24588	"Yellow Creek Local Catchment_Northern Rivers_23454"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24589	"Plumbago Creek Local Catchment_Northern Rivers_23455"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24598	"Timbarra River (reach 05) Local Catchment_Northern Rivers_23464"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24630	"Koreelah River (reach 01) Local Catchment_Northern Rivers_22885"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24631	"Maryland River (reach 03) Local Catchment_Northern Rivers_23497"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24633	"Rous River Local Catchment_Northern Rivers_23032"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24636	"Back Creek Local Catchment_Northern Rivers_22961"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24637	"Wilsons River (upper) Local Catchment_Northern Rivers_23050"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24638	"ARRAWARRA CREEK ESTUARY_Northern Rivers_1740"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24640	"BROKEN HEAD CREEK ESTUARY_Northern Rivers_1742"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24642	"CAKORA LAGOON ESTUARY_Northern Rivers_1744"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24643	"CLARENCE RIVER ESTUARY_Northern Rivers_1745"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24645	"CORINDI RIVER ESTUARY_Northern Rivers_1747"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24647	"EVANS RIVER ESTUARY_Northern Rivers_1749"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24650	"JERUSALEM CREEK ESTUARY_Northern Rivers_1752"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24651	"LAKE ARRAGAN ESTUARY_Northern Rivers_1753"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24654	"PIPE CLAY CREEK ESTUARY_Northern Rivers_1756"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24655	"RICHMOND RIVER ESTUARY_Northern Rivers_1757"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24656	"SALTY LAGOON ESTUARY_Northern Rivers_1758"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24657	"SANDON RIVER ESTUARY_Northern Rivers_1759"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24658	"STATION CREEK ESTUARY_Northern Rivers_1760"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24661	"WOOLI WOOLI RIVER ESTUARY_Northern Rivers_1763"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24662	"Clarence River Estuary_Northern Rivers_1764"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24663	"Clarence River Estuary_Northern Rivers_1767"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24664	"Clarence River Estuary_Northern Rivers_1795"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24665	"Clarence River Estuary_Northern Rivers_1796"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24666	"Clarence River Estuary_Northern Rivers_1797"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24667	"Clarence River Estuary_Northern Rivers_1798"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24668	"Clarence River Estuary_Northern Rivers_1799"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24669	"Clarence River Estuary_Northern Rivers_1800"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24670	"Clarence River Estuary_Northern Rivers_1802"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24671	"Clarence River Estuary_Northern Rivers_1819"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24672	"Clarence River Estuary_Northern Rivers_1834"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24673	"Clarence River Estuary_Northern Rivers_1835"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24674	"Clarence River Estuary_Northern Rivers_1836"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24675	"Clarence River Estuary_Northern Rivers_1837"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24676	"Clarence River Estuary_Northern Rivers_1838"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24677	"Clarence River Estuary_Northern Rivers_1839"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24678	"Clarence River Estuary_Northern Rivers_1840"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24679	"Clarence River Estuary_Northern Rivers_1841"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24680	"Clarence River Estuary_Northern Rivers_1842"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24681	"Clarence River Estuary_Northern Rivers_1853"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24682	"Clarence River Estuary_Northern Rivers_1854"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24683	"Clarence River Estuary_Northern Rivers_1855"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24684	"Clarence River Estuary_Northern Rivers_1856"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24685	"Clarence River Estuary_Northern Rivers_1858"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24686	"Clarence River Estuary_Northern Rivers_1860"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24687	"Clarence River Estuary_Northern Rivers_1862"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24688	"Clarence River Estuary_Northern Rivers_1863"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24689	"Clarence River Estuary_Northern Rivers_1868"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24690	"Clarence River Estuary_Northern Rivers_1870"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24691	"Clarence River Estuary_Northern Rivers_1871"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24692	"Clarence River Estuary_Northern Rivers_1874"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24693	"Clarence River Estuary_Northern Rivers_1875"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24694	"Clarence River Estuary_Northern Rivers_1877"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24695	"Clarence River Estuary_Northern Rivers_1879"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24696	"Clarence River Estuary_Northern Rivers_1882"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24697	"Clarence River Estuary_Northern Rivers_1883"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24698	"Clarence River Estuary_Northern Rivers_1884"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24699	"Clarence River Estuary_Northern Rivers_1885"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24700	"Clarence River Estuary_Northern Rivers_1886"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24701	"Clarence River Estuary_Northern Rivers_1889"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24702	"Clarence River Estuary_Northern Rivers_1890"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24703	"Clarence River Estuary_Northern Rivers_1891"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24704	"Clarence River Estuary_Northern Rivers_1892"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24705	"Clarence River Estuary_Northern Rivers_1893"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24706	"Clarence River Estuary_Northern Rivers_1894"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24707	"Clarence River Estuary_Northern Rivers_1895"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24708	"Clarence River Estuary_Northern Rivers_1896"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24709	"Clarence River Estuary_Northern Rivers_1897"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24710	"Clarence River Estuary_Northern Rivers_1898"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24711	"Clarence River Estuary_Northern Rivers_1899"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24712	"Clarence River Estuary_Northern Rivers_1900"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24713	"Clarence River Estuary_Northern Rivers_1901"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24714	"Clarence River Estuary_Northern Rivers_1903"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24715	"Clarence River Estuary_Northern Rivers_1904"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24716	"Clarence River Estuary_Northern Rivers_1905"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24717	"Clarence River Estuary_Northern Rivers_1906"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24718	"Clarence River Estuary_Northern Rivers_1907"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24719	"Clarence River Estuary_Northern Rivers_1908"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24720	"Clarence River Estuary_Northern Rivers_1910"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24721	"Clarence River Estuary_Northern Rivers_1911"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24722	"Clarence River Estuary_Northern Rivers_1912"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24723	"Clarence River Estuary_Northern Rivers_1914"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24724	"Clarence River Estuary_Northern Rivers_1915"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24725	"Clarence River Estuary_Northern Rivers_1916"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24726	"Clarence River Estuary_Northern Rivers_1917"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24727	"Clarence River Estuary_Northern Rivers_1928"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24728	"Clarence River Estuary_Northern Rivers_1932"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24729	"Clarence River Estuary_Northern Rivers_1933"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24730	"Clarence River Estuary_Northern Rivers_1934"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24731	"Clarence River Estuary_Northern Rivers_1935"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24732	"Clarence River Estuary_Northern Rivers_1937"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24733	"Clarence River Estuary_Northern Rivers_1938"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24734	"Clarence River Estuary_Northern Rivers_1939"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24735	"Clarence River Estuary_Northern Rivers_1940"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24736	"Clarence River Estuary_Northern Rivers_1941"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24737	"Clarence River Estuary_Northern Rivers_1942"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24738	"Clarence River Estuary_Northern Rivers_1943"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24739	"Clarence River Estuary_Northern Rivers_1948"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24740	"Clarence River Estuary_Northern Rivers_1949"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24741	"Clarence River Estuary_Northern Rivers_1951"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24742	"Clarence River Estuary_Northern Rivers_1953"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24743	"Clarence River Estuary_Northern Rivers_1954"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24744	"Clarence River Estuary_Northern Rivers_1955"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24745	"Clarence River Estuary_Northern Rivers_1956"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24746	"Clarence River Estuary_Northern Rivers_1957"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24747	"Clarence River Estuary_Northern Rivers_1959"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24748	"Clarence River Estuary_Northern Rivers_1960"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24749	"Clarence River Estuary_Northern Rivers_1961"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24750	"Clarence River Estuary_Northern Rivers_1962"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24751	"Clarence River Estuary_Northern Rivers_1964"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24752	"Clarence River Estuary_Northern Rivers_1965"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24753	"Clarence River Estuary_Northern Rivers_1978"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24754	"Clarence River Estuary_Northern Rivers_1982"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24755	"Clarence River Estuary_Northern Rivers_1994"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24756	"Clarence River Estuary_Northern Rivers_1995"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24757	"Clarence River Estuary_Northern Rivers_1996"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24758	"Clarence River Estuary_Northern Rivers_1997"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24759	"Clarence River Estuary_Northern Rivers_2004"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24760	"Clarence River Estuary_Northern Rivers_2005"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24761	"Clarence River Estuary_Northern Rivers_2006"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24762	"Clarence River Estuary_Northern Rivers_2007"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24763	"Clarence River Estuary_Northern Rivers_2009"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24764	"Clarence River Estuary_Northern Rivers_2010"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24765	"Clarence River Estuary_Northern Rivers_2012"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24766	"Clarence River Estuary_Northern Rivers_2014"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24767	"Clarence River Estuary_Northern Rivers_2016"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24768	"Clarence River Estuary_Northern Rivers_2017"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24769	"Clarence River Estuary_Northern Rivers_2025"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24770	"Clarence River Estuary_Northern Rivers_2026"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24771	"Clarence River Estuary_Northern Rivers_2027"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24772	"Clarence River Estuary_Northern Rivers_2028"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24773	"Clarence River Estuary_Northern Rivers_2029"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24774	"Clarence River Estuary_Northern Rivers_2030"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24775	"Clarence River Estuary_Northern Rivers_2031"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24776	"Clarence River Estuary_Northern Rivers_2032"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24777	"Clarence River Estuary_Northern Rivers_2033"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24778	"Clarence River Estuary_Northern Rivers_2039"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24779	"Clarence River Estuary_Northern Rivers_2040"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24780	"Clarence River Estuary_Northern Rivers_2041"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24781	"Clarence River Estuary_Northern Rivers_2042"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24782	"Clarence River Estuary_Northern Rivers_2043"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24783	"Clarence River Estuary_Northern Rivers_2044"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24784	"Clarence River Estuary_Northern Rivers_2045"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24785	"Clarence River Estuary_Northern Rivers_2046"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24786	"Clarence River Estuary_Northern Rivers_2048"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24787	"Clarence River Estuary_Northern Rivers_2049"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24788	"Clarence River Estuary_Northern Rivers_2053"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24789	"Clarence River Estuary_Northern Rivers_2054"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24790	"Clarence River Estuary_Northern Rivers_2055"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24791	"Clarence River Estuary_Northern Rivers_2056"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24792	"Clarence River Estuary_Northern Rivers_2073"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24793	"Clarence River Estuary_Northern Rivers_2074"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24794	"Clarence River Estuary_Northern Rivers_2075"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24795	"Clarence River Estuary_Northern Rivers_2080"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24796	"Clarence River Estuary_Northern Rivers_2081"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24797	"Clarence River Estuary_Northern Rivers_2082"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24798	"Clarence River Estuary_Northern Rivers_2085"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24799	"Clarence River Estuary_Northern Rivers_2091"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24800	"Clarence River Estuary_Northern Rivers_2092"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24801	"Clarence River Estuary_Northern Rivers_2093"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24802	"Clarence River Estuary_Northern Rivers_2094"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24803	"Clarence River Estuary_Northern Rivers_2095"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24804	"Clarence River Estuary_Northern Rivers_2098"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24805	"Clarence River Estuary_Northern Rivers_2099"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24806	"Clarence River Estuary_Northern Rivers_2104"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24807	"Clarence River Estuary_Northern Rivers_2105"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24808	"Clarence River Estuary_Northern Rivers_2118"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24809	"Clarence River Estuary_Northern Rivers_2119"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24810	"Clarence River Estuary_Northern Rivers_2120"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24811	"Clarence River Estuary_Northern Rivers_2121"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24812	"Clarence River Estuary_Northern Rivers_2127"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24813	"Clarence River Estuary_Northern Rivers_2133"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24814	"Clarence River Estuary_Northern Rivers_2134"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24815	"Clarence River Estuary_Northern Rivers_2135"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24816	"Clarence River Estuary_Northern Rivers_2136"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24817	"Clarence River Estuary_Northern Rivers_2137"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24818	"Clarence River Estuary_Northern Rivers_2138"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24819	"Clarence River Estuary_Northern Rivers_2139"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24820	"Clarence River Estuary_Northern Rivers_2140"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24821	"Clarence River Estuary_Northern Rivers_2148"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24822	"Clarence River Estuary_Northern Rivers_2149"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24823	"Clarence River Estuary_Northern Rivers_2151"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24824	"Clarence River Estuary_Northern Rivers_2157"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24825	"Clarence River Estuary_Northern Rivers_2163"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24826	"Clarence River Estuary_Northern Rivers_2164"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24827	"Clarence River Estuary_Northern Rivers_2165"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24828	"Clarence River Estuary_Northern Rivers_2166"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24829	"Clarence River Estuary_Northern Rivers_2171"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24830	"Clarence River Estuary_Northern Rivers_2172"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24831	"Clarence River Estuary_Northern Rivers_2178"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24832	"Clarence River Estuary_Northern Rivers_2179"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24833	"Clarence River Estuary_Northern Rivers_2180"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24834	"Clarence River Estuary_Northern Rivers_2181"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24835	"Clarence River Estuary_Northern Rivers_2182"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24836	"Clarence River Estuary_Northern Rivers_2183"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24837	"Clarence River Estuary_Northern Rivers_2184"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24838	"Clarence River Estuary_Northern Rivers_2185"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24839	"Clarence River Estuary_Northern Rivers_2186"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24840	"Clarence River Estuary_Northern Rivers_2191"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24841	"Clarence River Estuary_Northern Rivers_2192"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24842	"Clarence River Estuary_Northern Rivers_2193"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24843	"Clarence River Estuary_Northern Rivers_2194"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24844	"Clarence River Estuary_Northern Rivers_2195"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24845	"Clarence River Estuary_Northern Rivers_2196"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24846	"Clarence River Estuary_Northern Rivers_2197"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24847	"Clarence River Estuary_Northern Rivers_2198"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24848	"Clarence River Estuary_Northern Rivers_2199"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24849	"Clarence River Estuary_Northern Rivers_2201"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24850	"Clarence River Estuary_Northern Rivers_2202"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24851	"Clarence River Estuary_Northern Rivers_2203"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24852	"Clarence River Estuary_Northern Rivers_2204"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24853	"Clarence River Estuary_Northern Rivers_2208"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24854	"Clarence River Estuary_Northern Rivers_2209"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24855	"Clarence River Estuary_Northern Rivers_2210"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24856	"Clarence River Estuary_Northern Rivers_2216"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24857	"Bundjalung National Park_Northern Rivers_2218"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24858	"Clarence River Estuary_Northern Rivers_2237"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24859	"Clarence River Estuary_Northern Rivers_2238"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24860	"Clarence River Estuary_Northern Rivers_2239"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24861	"Clarence River Estuary_Northern Rivers_2240"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24862	"Clarence River Estuary_Northern Rivers_2241"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24863	"Clarence River Estuary_Northern Rivers_2242"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24864	"Clarence River Estuary_Northern Rivers_2250"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24865	"Clarence River Estuary_Northern Rivers_2251"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24866	"Clarence River Estuary_Northern Rivers_2257"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24867	"Clarence River Estuary_Northern Rivers_2258"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24868	"Clarence River Estuary_Northern Rivers_2259"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24869	"Clarence River Estuary_Northern Rivers_2268"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24870	"Clarence River Estuary_Northern Rivers_2269"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24871	"Clarence River Estuary_Northern Rivers_2270"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24872	"Clarence River Estuary_Northern Rivers_2271"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24873	"Clarence River Estuary_Northern Rivers_2281"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24874	"Clarence River Estuary_Northern Rivers_2285"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24875	"Clarence River Estuary_Northern Rivers_2286"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24876	"Clarence River Estuary_Northern Rivers_2287"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24877	"Clarence River Estuary_Northern Rivers_2288"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24878	"Clarence River Estuary_Northern Rivers_2289"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24879	"Clarence River Estuary_Northern Rivers_2290"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24880	"Clarence River Estuary_Northern Rivers_2291"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24881	"Clarence River Estuary_Northern Rivers_2292"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24882	"Clarence River Estuary_Northern Rivers_2294"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24883	"Clarence River Estuary_Northern Rivers_2295"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24884	"Clarence River Estuary_Northern Rivers_2296"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24885	"Clarence River Estuary_Northern Rivers_2300"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24886	"Clarence River Estuary_Northern Rivers_2301"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24887	"Clarence River Estuary_Northern Rivers_2302"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24888	"Clarence River Estuary_Northern Rivers_2305"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24889	"Clarence River Estuary_Northern Rivers_2306"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24890	"Clarence River Estuary_Northern Rivers_2307"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24891	"Clarence River Estuary_Northern Rivers_2308"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24892	"Lake Ainsworth_Northern Rivers_2312"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24893	"The Broadwater_Northern Rivers_2313"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24894	"Woolooweyah Lake_Northern Rivers_2314"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24897	"Town Rural Storage - Myall Creek_Northern Rivers_2327"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24898	"Town Rural Storage - Myrtle Creek Park_Northern Rivers_2328"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24900	"Minnie Waters_Northern Rivers_2332"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24901	"Cowans Pond_Northern Rivers_2333"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24902	"Bunyip Swamp_Northern Rivers_2334"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24903	"Lake Hiawatha_Northern Rivers_2335"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24904	"Minnie Waters_Northern Rivers_2336"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24905	"Hiawatha_Northern Rivers_2339"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24906	"Everlasting Swamp_Northern Rivers_2343"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24907	"Little Broadwater_Northern Rivers_2345"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24908	"SHARK SWAMP_Northern Rivers_2349"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24909	"MCPHEES SWAMP_Northern Rivers_2350"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24910	"PHILLIP SWAMP_Northern Rivers_2353"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24911	"BERRIMA SWAMP_Northern Rivers_2355"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24912	"SANDY SWAMP_Northern Rivers_2356"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24913	"CHAFFIN SWAMP_Northern Rivers_2358"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24914	"DOUBLE SWAMP_Northern Rivers_2361"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24916	"BELONGIL SWAMP_Northern Rivers_2363"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24917	"NEWRYBAR SWAMP_Northern Rivers_2364"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24918	"TERNERS SWAMP_Northern Rivers_2365"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24919	"BRIDLE SWAMP_Northern Rivers_2367"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24920	"TYNDALE SWAMP_Northern Rivers_2368"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24921	"BLACK SWAMP_Northern Rivers_2371"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24923	"BLACK SWAMP_Northern Rivers_2374"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24924	"BLAXLANDS SWAMP_Northern Rivers_2375"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24925	"LOLLIPOP WATERHOLE_Northern Rivers_2378"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24926	"KENNEDYS SWAMP_Northern Rivers_2379"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24927	"TUCKEAN SWAMP_Northern Rivers_2380"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24928	"SWEENEYS SWAMP_Northern Rivers_2382"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24929	"Lake_Northern Rivers_2386"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24930	"Lake_Northern Rivers_2390"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24931	"Lake_Northern Rivers_2422"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24932	"Lake_Northern Rivers_2429"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24933	"Lake_Northern Rivers_2441"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24934	"Lake_Northern Rivers_2468"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24935	"Lake_Northern Rivers_2470"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24936	"Lake_Northern Rivers_2473"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24937	"Lake_Northern Rivers_2478"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24938	"Lake_Northern Rivers_2479"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24939	"Lake_Northern Rivers_2484"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24940	"Big Marsh Wetland_Northern Rivers_2541"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24941	"Alstonville Plateau Spring_Northern Rivers_2574"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24942	"Alstonville Plateau Spring_Northern Rivers_3037"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24943	"Alstonville Plateau Spring_Northern Rivers_3089"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24944	"Alstonville Plateau Spring_Northern Rivers_3262"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24945	"Alstonville Plateau Spring_Northern Rivers_3377"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24946	"Little Marsh Swamp Wetland_Northern Rivers_3789"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24947	"Teatree Swamp Wetland_Northern Rivers_3790"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24951	"Tweed Wetlands_Northern Rivers_21262"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24952	"Tweed Wetlands_Northern Rivers_21263"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24953	"Tweed Wetlands_Northern Rivers_21264"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24954	"Tweed Wetlands_Northern Rivers_21265"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24955	"Tweed Wetlands_Northern Rivers_21267"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24956	"Tweed Wetlands_Northern Rivers_21270"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24957	"Tweed Wetlands_Northern Rivers_21272"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24958	"Tweed Wetlands_Northern Rivers_21273"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24959	"Tweed Wetlands_Northern Rivers_21279"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24960	"Tweed Wetlands_Northern Rivers_21281"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24962	"Tweed Wetlands_Northern Rivers_21285"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
24963	"Tweed Wetlands_Northern Rivers_21287"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25029	"Tweed Wetlands_Northern Rivers_21408"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25036	"Tweed Wetlands_Northern Rivers_21415"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25069	"Richmond Wetlands_Northern Rivers_21451"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25070	"Richmond Wetlands_Northern Rivers_21453"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25071	"Clarence Wetlands_Northern Rivers_21474"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25072	"Clarence Wetlands_Northern Rivers_21475"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25073	"Clarence Wetlands_Northern Rivers_21476"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25074	"Clarence Wetlands_Northern Rivers_21486"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25075	"Clarence Wetlands_Northern Rivers_21487"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25076	"Clarence Wetlands_Northern Rivers_21488"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25077	"Clarence Wetlands_Northern Rivers_21543"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25078	"Clarence Wetlands_Northern Rivers_21546"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25079	"Clarence Wetlands_Northern Rivers_21580"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25080	"Clarence Wetlands_Northern Rivers_21581"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25081	"Clarence Wetlands_Northern Rivers_21634"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25082	"Clarence Wetlands_Northern Rivers_21636"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25083	"Clarence Wetlands_Northern Rivers_21638"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25084	"Clarence Wetlands_Northern Rivers_21647"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25085	"Clarence Wetlands_Northern Rivers_21655"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25086	"Clarence Wetlands_Northern Rivers_21688"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25087	"Clarence Wetlands_Northern Rivers_21690"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25088	"Clarence Wetlands_Northern Rivers_21691"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25089	"Clarence Wetlands_Northern Rivers_21692"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25090	"Clarence Wetlands_Northern Rivers_21716"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25091	"Clarence Wetlands_Northern Rivers_21719"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25092	"Clarence Wetlands_Northern Rivers_21727"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25093	"Clarence Wetlands_Northern Rivers_21732"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25094	"Clarence Wetlands_Northern Rivers_21739"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25095	"Clarence Wetlands_Northern Rivers_21762"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25097	"Clarence Wetlands_Northern Rivers_21807"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25098	"Clarence Wetlands_Northern Rivers_21810"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25099	"Clarence Wetlands_Northern Rivers_21812"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25100	"Clarence Wetlands_Northern Rivers_21814"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25101	"Clarence Wetlands_Northern Rivers_21831"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25102	"Clarence Wetlands_Northern Rivers_21854"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25103	"Clarence Wetlands_Northern Rivers_21855"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25104	"Clarence Wetlands_Northern Rivers_21892"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25105	"Clarence Wetlands_Northern Rivers_21906"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25107	"Clarence Wetlands_Northern Rivers_21995"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25108	"Clarence Wetlands_Northern Rivers_21996"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25109	"Clarence Wetlands_Northern Rivers_21997"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25110	"Clarence Wetlands_Northern Rivers_22001"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25111	"Clarence Wetlands_Northern Rivers_22013"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25112	"Clarence Wetlands_Northern Rivers_22016"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25113	"Clarence Wetlands_Northern Rivers_22017"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25114	"Clarence Wetlands_Northern Rivers_22018"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25115	"Clarence Wetlands_Northern Rivers_22020"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25116	"Clarence Wetlands_Northern Rivers_22021"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25117	"Clarence Wetlands_Northern Rivers_22028"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25118	"Clarence Wetlands_Northern Rivers_22029"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25119	"Clarence Wetlands_Northern Rivers_22030"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25120	"Clarence Wetlands_Northern Rivers_22031"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25121	"Clarence Wetlands_Northern Rivers_22032"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25122	"Clarence Wetlands_Northern Rivers_22033"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25123	"Clarence Wetlands_Northern Rivers_22035"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25124	"Clarence Wetlands_Northern Rivers_22038"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25125	"Clarence Wetlands_Northern Rivers_22039"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25126	"Clarence Wetlands_Northern Rivers_22040"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25127	"Clarence Wetlands_Northern Rivers_22041"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25128	"Clarence Wetlands_Northern Rivers_22042"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25129	"Clarence Wetlands_Northern Rivers_22045"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25130	"Clarence Wetlands_Northern Rivers_22059"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25131	"Clarence Wetlands_Northern Rivers_22061"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25132	"Clarence Wetlands_Northern Rivers_22062"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25134	"Clarence Wetlands_Northern Rivers_22077"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25135	"Clarence Wetlands_Northern Rivers_22078"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25136	"Clarence Wetlands_Northern Rivers_22080"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25137	"Clarence Wetlands_Northern Rivers_22094"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25138	"Clarence Wetlands_Northern Rivers_22187"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25139	"Clarence Wetlands_Northern Rivers_22191"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25140	"Clarence Wetlands_Northern Rivers_22200"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25141	"Clarence Wetlands_Northern Rivers_22201"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25142	"Clarence Wetlands_Northern Rivers_22208"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25143	"Clarence Wetlands_Northern Rivers_22231"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25152	"Clarence Wetlands_Northern Rivers_22273"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25153	"Clarence Wetlands_Northern Rivers_22274"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25154	"Clarence Wetlands_Northern Rivers_22275"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25155	"Clarence Wetlands_Northern Rivers_22276"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25158	"Clarence Wetlands_Northern Rivers_22291"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25160	"Clarence Wetlands_Northern Rivers_22298"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25161	"Clarence Wetlands_Northern Rivers_22299"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25162	"Clarence Wetlands_Northern Rivers_22309"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25163	"Clarence Wetlands_Northern Rivers_22310"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25164	"Clarence Wetlands_Northern Rivers_22311"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25165	"Clarence Wetlands_Northern Rivers_22328"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25166	"Clarence Wetlands_Northern Rivers_22330"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25167	"Clarence Wetlands_Northern Rivers_22331"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25168	"Clarence Wetlands_Northern Rivers_22332"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25169	"Clarence Wetlands_Northern Rivers_22333"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25170	"Clarence Wetlands_Northern Rivers_22335"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25171	"Clarence Wetlands_Northern Rivers_22336"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25172	"Clarence Wetlands_Northern Rivers_22337"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25173	"Clarence Wetlands_Northern Rivers_22338"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25174	"Clarence Wetlands_Northern Rivers_22339"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25175	"Clarence Wetlands_Northern Rivers_22340"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25176	"Clarence Wetlands_Northern Rivers_22341"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25177	"Clarence Wetlands_Northern Rivers_22347"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25178	"Clarence Wetlands_Northern Rivers_22348"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25179	"Clarence Wetlands_Northern Rivers_22361"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25180	"Clarence Wetlands_Northern Rivers_22364"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25182	"Clarence Wetlands_Northern Rivers_22410"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25183	"Clarence Wetlands_Northern Rivers_22436"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25184	"Clarence Wetlands_Northern Rivers_22437"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25185	"Clarence Wetlands_Northern Rivers_22439"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25186	"Clarence Wetlands_Northern Rivers_22440"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25187	"Clarence Wetlands_Northern Rivers_22443"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25188	"Clarence Wetlands_Northern Rivers_22448"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25189	"Clarence Wetlands_Northern Rivers_22449"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25190	"Clarence Wetlands_Northern Rivers_22450"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25191	"Clarence Wetlands_Northern Rivers_22453"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25192	"Clarence Wetlands_Northern Rivers_22458"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25193	"Clarence Wetlands_Northern Rivers_22462"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25194	"Clarence Wetlands_Northern Rivers_22464"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25195	"Clarence Wetlands_Northern Rivers_22465"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25196	"Clarence Wetlands_Northern Rivers_22466"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25197	"Clarence Wetlands_Northern Rivers_22468"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25198	"Clarence Wetlands_Northern Rivers_22473"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25200	"Clarence Wetlands_Northern Rivers_22507"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25201	"Coastal Wetlands - SEPP 14_Northern Rivers_22512"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25203	"Coastal Wetlands - SEPP 14_Northern Rivers_22523"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25204	"Coastal Wetlands - SEPP 14_Northern Rivers_22526"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25205	"Coastal Wetlands - SEPP 14_Northern Rivers_22528"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25206	"Coastal Wetlands - SEPP 14_Northern Rivers_22529"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25207	"Coastal Wetlands - SEPP 14_Northern Rivers_22530"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25208	"Coastal Wetlands - SEPP 14_Northern Rivers_22535"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25209	"Coastal Wetlands - SEPP 14_Northern Rivers_22540"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25210	"Coastal Wetlands - SEPP 14_Northern Rivers_22541"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25211	"Coastal Wetlands - SEPP 14_Northern Rivers_22544"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25212	"Coastal Wetlands - SEPP 14_Northern Rivers_22546"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25213	"Coastal Wetlands - SEPP 14_Northern Rivers_22555"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25214	"Coastal Wetlands - SEPP 14_Northern Rivers_22557"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25215	"Coastal Wetlands - SEPP 14_Northern Rivers_22561"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25216	"Coastal Wetlands - SEPP 14_Northern Rivers_22563"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25218	"Coastal Wetlands - SEPP 14_Northern Rivers_22565"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25219	"Coastal Wetlands - SEPP 14_Northern Rivers_22566"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25220	"Coastal Wetlands - SEPP 14_Northern Rivers_22570"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25221	"Coastal Wetlands - SEPP 14_Northern Rivers_22572"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25223	"Coastal Wetlands - SEPP 14_Northern Rivers_22577"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25224	"Coastal Wetlands - SEPP 14_Northern Rivers_22579"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25226	"Coastal Wetlands - SEPP 14_Northern Rivers_22584"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25227	"Coastal Wetlands - SEPP 14_Northern Rivers_22585"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25228	"Coastal Wetlands - SEPP 14_Northern Rivers_22597"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25229	"Coastal Wetlands - SEPP 14_Northern Rivers_22600"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25230	"Coastal Wetlands - SEPP 14_Northern Rivers_22602"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25231	"Coastal Wetlands - SEPP 14_Northern Rivers_22603"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25233	"Coastal Wetlands - SEPP 14_Northern Rivers_22606"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25234	"Coastal Wetlands - SEPP 14_Northern Rivers_22608"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25235	"Coastal Wetlands - SEPP 14_Northern Rivers_22610"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25236	"Coastal Wetlands - SEPP 14_Northern Rivers_22611"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25237	"Coastal Wetlands - SEPP 14_Northern Rivers_22613"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25238	"Coastal Wetlands - SEPP 14_Northern Rivers_22614"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25240	"Coastal Wetlands - SEPP 14_Northern Rivers_22617"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25241	"Coastal Wetlands - SEPP 14_Northern Rivers_22619"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25242	"Coastal Wetlands - SEPP 14_Northern Rivers_22620"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25244	"Coastal Wetlands - SEPP 14_Northern Rivers_22626"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25245	"Coastal Wetlands - SEPP 14_Northern Rivers_22627"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25247	"Coastal Wetlands - SEPP 14_Northern Rivers_22630"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25248	"Coastal Wetlands - SEPP 14_Northern Rivers_22635"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25249	"Coastal Wetlands - SEPP 14_Northern Rivers_22638"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25250	"Coastal Wetlands - SEPP 14_Northern Rivers_22639"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25251	"Coastal Wetlands - SEPP 14_Northern Rivers_22641"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25252	"Coastal Wetlands - SEPP 14_Northern Rivers_22645"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25253	"Coastal Wetlands - SEPP 14_Northern Rivers_22650"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25254	"Coastal Wetlands - SEPP 14_Northern Rivers_22661"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25255	"Coastal Wetlands - SEPP 14_Northern Rivers_22669"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25257	"Coastal Wetlands - SEPP 14_Northern Rivers_22677"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25260	"Coastal Wetlands - SEPP 14_Northern Rivers_22684"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25261	"Coastal Wetlands - SEPP 14_Northern Rivers_22690"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25262	"Coastal Wetlands - SEPP 14_Northern Rivers_22693"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25263	"Coastal Wetlands - SEPP 14_Northern Rivers_22695"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25264	"Coastal Wetlands - SEPP 14_Northern Rivers_22697"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25265	"Coastal Wetlands - SEPP 14_Northern Rivers_22698"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25266	"Coastal Wetlands - SEPP 14_Northern Rivers_22700"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25267	"Coastal Wetlands - SEPP 14_Northern Rivers_22701"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25268	"Coastal Wetlands - SEPP 14_Northern Rivers_22703"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25270	"Coastal Wetlands - SEPP 14_Northern Rivers_22708"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25271	"Coastal Wetlands - SEPP 14_Northern Rivers_22709"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25272	"Coastal Wetlands - SEPP 14_Northern Rivers_22714"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25273	"Coastal Wetlands - SEPP 14_Northern Rivers_22715"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25274	"Coastal Wetlands - SEPP 14_Northern Rivers_22723"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25275	"Coastal Wetlands - SEPP 14_Northern Rivers_22725"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25276	"Coastal Wetlands - SEPP 14_Northern Rivers_22729"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25277	"Coastal Wetlands - SEPP 14_Northern Rivers_22734"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25278	"Coastal Wetlands - SEPP 14_Northern Rivers_22735"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25279	"Coastal Wetlands - SEPP 14_Northern Rivers_22737"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25280	"Coastal Wetlands - SEPP 14_Northern Rivers_22739"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25281	"Coastal Wetlands - SEPP 14_Northern Rivers_22743"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25282	"Coastal Wetlands - SEPP 14_Northern Rivers_22750"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25283	"Coastal Wetlands - SEPP 14_Northern Rivers_22751"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25284	"Coastal Wetlands - SEPP 14_Northern Rivers_22757"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25285	"Coastal Wetlands - SEPP 14_Northern Rivers_22762"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25286	"Coastal Wetlands - SEPP 14_Northern Rivers_22764"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25288	"Coastal Wetlands - SEPP 14_Northern Rivers_22768"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25289	"Coastal Wetlands - SEPP 14_Northern Rivers_22769"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25290	"Coastal Wetlands - SEPP 14_Northern Rivers_22770"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25291	"Coastal Wetlands - SEPP 14_Northern Rivers_22773"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25292	"Coastal Wetlands - SEPP 14_Northern Rivers_22777"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25293	"Coastal Wetlands - SEPP 14_Northern Rivers_22783"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25295	"Coastal Wetlands - SEPP 14_Northern Rivers_22787"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25296	"Coastal Wetlands - SEPP 14_Northern Rivers_22789"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25297	"Coastal Wetlands - SEPP 14_Northern Rivers_22790"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25298	"Coastal Wetlands - SEPP 14_Northern Rivers_22791"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25299	"Coastal Wetlands - SEPP 14_Northern Rivers_22792"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25300	"Coastal Wetlands - SEPP 14_Northern Rivers_22793"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25301	"Coastal Wetlands - SEPP 14_Northern Rivers_22794"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25302	"Coastal Wetlands - SEPP 14_Northern Rivers_22805"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25303	"Coastal Wetlands - SEPP 14_Northern Rivers_22806"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25304	"Coastal Wetlands - SEPP 14_Northern Rivers_22809"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25306	"Coastal Wetlands - SEPP 14_Northern Rivers_22814"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25307	"Coastal Wetlands - SEPP 14_Northern Rivers_22815"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25308	"Coastal Wetlands - SEPP 14_Northern Rivers_22818"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25309	"Coastal Wetlands - SEPP 14_Northern Rivers_22820"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25310	"Coastal Wetlands - SEPP 14_Northern Rivers_22821"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25311	"Coastal Wetlands - SEPP 14_Northern Rivers_22823"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25313	"Coastal Wetlands - SEPP 14_Northern Rivers_22828"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25315	"Coastal Wetlands - SEPP 14_Northern Rivers_22837"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25317	"Coastal Wetlands - SEPP 14_Northern Rivers_22840"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25318	"Coastal Wetlands - SEPP 14_Northern Rivers_22843"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25319	"Coastal Wetlands - SEPP 14_Northern Rivers_22849"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25320	"Coastal Wetlands - SEPP 14_Northern Rivers_22851"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25321	"Devil Devil Waterhole_Northern Rivers_23504"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25322	"unnamed_Northern Rivers_23561"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25323	"unnamed_Northern Rivers_23562"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25324	"unnamed_Northern Rivers_23563"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25325	"unnamed_Northern Rivers_23564"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25326	"unnamed_Northern Rivers_23565"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25327	"unnamed_Northern Rivers_23566"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25328	"unnamed_Northern Rivers_23567"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25329	"unnamed_Northern Rivers_23568"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25332	"unnamed_Northern Rivers_23571"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25333	"unnamed_Northern Rivers_23572"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25334	"unnamed_Northern Rivers_23573"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25335	"unnamed_Northern Rivers_23574"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25336	"unnamed_Northern Rivers_23575"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25339	"unnamed_Northern Rivers_23578"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25340	"unnamed_Northern Rivers_23579"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25341	"unnamed_Northern Rivers_23580"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25342	"unnamed_Northern Rivers_23581"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25343	"unnamed_Northern Rivers_23582"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25344	"unnamed_Northern Rivers_23583"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25345	"unnamed_Northern Rivers_23584"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25346	"unnamed_Northern Rivers_23585"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25348	"unnamed_Northern Rivers_23587"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25349	"unnamed_Northern Rivers_23588"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25350	"unnamed_Northern Rivers_23589"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25351	"unnamed_Northern Rivers_23590"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25352	"unnamed_Northern Rivers_23591"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25353	"unnamed_Northern Rivers_23592"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25354	"unnamed_Northern Rivers_23593"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25355	"unnamed_Northern Rivers_23594"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25356	"unnamed_Northern Rivers_23595"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25357	"unnamed_Northern Rivers_23596"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25358	"unnamed_Northern Rivers_23597"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25359	"unnamed_Northern Rivers_23598"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25360	"unnamed_Northern Rivers_23599"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25361	"unnamed_Northern Rivers_23600"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25362	"unnamed_Northern Rivers_23601"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25363	"unnamed_Northern Rivers_23602"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25364	"unnamed_Northern Rivers_23603"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25365	"unnamed_Northern Rivers_23604"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25366	"unnamed_Northern Rivers_23605"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25367	"unnamed_Northern Rivers_23606"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25368	"unnamed_Northern Rivers_23607"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25369	"unnamed_Northern Rivers_23608"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25371	"unnamed_Northern Rivers_23610"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25372	"unnamed_Northern Rivers_23611"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25373	"unnamed_Northern Rivers_23612"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25374	"unnamed_Northern Rivers_23613"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25375	"unnamed_Northern Rivers_23614"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25376	"unnamed_Northern Rivers_23615"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25377	"unnamed_Northern Rivers_23616"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25378	"unnamed_Northern Rivers_23617"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25379	"unnamed_Northern Rivers_23618"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25380	"unnamed_Northern Rivers_23619"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25381	"unnamed_Northern Rivers_23620"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25382	"unnamed_Northern Rivers_23621"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25383	"unnamed_Northern Rivers_23622"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25384	"unnamed_Northern Rivers_23623"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25385	"unnamed_Northern Rivers_23624"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25386	"unnamed_Northern Rivers_23625"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25387	"unnamed_Northern Rivers_23626"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25388	"unnamed_Northern Rivers_23627"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25389	"unnamed_Northern Rivers_23628"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25390	"unnamed_Northern Rivers_23629"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25391	"unnamed_Northern Rivers_23630"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25392	"unnamed_Northern Rivers_23631"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25393	"unnamed_Northern Rivers_23632"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25394	"unnamed_Northern Rivers_23633"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25395	"unnamed_Northern Rivers_23634"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25396	"unnamed_Northern Rivers_23635"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25397	"unnamed_Northern Rivers_23636"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25398	"unnamed_Northern Rivers_23637"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25399	"unnamed_Northern Rivers_23638"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25400	"unnamed_Northern Rivers_23639"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25401	"unnamed_Northern Rivers_23640"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25402	"unnamed_Northern Rivers_23641"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25403	"unnamed_Northern Rivers_23642"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25404	"unnamed_Northern Rivers_23643"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25405	"unnamed_Northern Rivers_23644"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25406	"unnamed_Northern Rivers_23645"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25407	"unnamed_Northern Rivers_23646"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25408	"unnamed_Northern Rivers_23647"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25409	"unnamed_Northern Rivers_23648"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25410	"unnamed_Northern Rivers_23649"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25411	"unnamed_Northern Rivers_23650"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25412	"unnamed_Northern Rivers_23651"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25413	"unnamed_Northern Rivers_23652"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25414	"unnamed_Northern Rivers_23653"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25415	"unnamed_Northern Rivers_23654"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25416	"unnamed_Northern Rivers_23655"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25417	"unnamed_Northern Rivers_23656"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25418	"unnamed_Northern Rivers_23657"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25419	"unnamed_Northern Rivers_23658"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25420	"unnamed_Northern Rivers_23659"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25421	"unnamed_Northern Rivers_23660"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25422	"unnamed_Northern Rivers_23661"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25423	"unnamed_Northern Rivers_23662"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25424	"unnamed_Northern Rivers_23663"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25425	"unnamed_Northern Rivers_23664"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25426	"unnamed_Northern Rivers_23665"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25427	"unnamed_Northern Rivers_23666"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25428	"unnamed_Northern Rivers_23667"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25429	"unnamed_Northern Rivers_23668"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25430	"unnamed_Northern Rivers_23669"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25431	"unnamed_Northern Rivers_23670"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25432	"unnamed_Northern Rivers_23671"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25433	"unnamed_Northern Rivers_23672"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25434	"unnamed_Northern Rivers_23673"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25435	"unnamed_Northern Rivers_23674"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25436	"unnamed_Northern Rivers_23675"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25437	"unnamed_Northern Rivers_23676"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25438	"unnamed_Northern Rivers_23677"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25439	"unnamed_Northern Rivers_23678"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25440	"unnamed_Northern Rivers_23679"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25441	"unnamed_Northern Rivers_23680"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25442	"unnamed_Northern Rivers_23681"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25443	"unnamed_Northern Rivers_23682"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25444	"unnamed_Northern Rivers_23683"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25445	"unnamed_Northern Rivers_23684"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25446	"unnamed_Northern Rivers_23685"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25447	"unnamed_Northern Rivers_23686"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25448	"unnamed_Northern Rivers_23687"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25449	"unnamed_Northern Rivers_23688"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25450	"unnamed_Northern Rivers_23689"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25451	"unnamed_Northern Rivers_23690"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25452	"unnamed_Northern Rivers_23691"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25453	"unnamed_Northern Rivers_23692"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25454	"unnamed_Northern Rivers_23693"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25455	"unnamed_Northern Rivers_23694"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25456	"unnamed_Northern Rivers_23695"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25457	"unnamed_Northern Rivers_23696"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25458	"unnamed_Northern Rivers_23697"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25459	"unnamed_Northern Rivers_23698"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25460	"unnamed_Northern Rivers_23699"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25461	"unnamed_Northern Rivers_23700"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25462	"unnamed_Northern Rivers_23701"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25463	"unnamed_Northern Rivers_23702"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25464	"unnamed_Northern Rivers_23703"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25465	"unnamed_Northern Rivers_23704"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25466	"unnamed_Northern Rivers_23705"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25467	"unnamed_Northern Rivers_23706"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25468	"unnamed_Northern Rivers_23707"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25469	"unnamed_Northern Rivers_23708"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25470	"unnamed_Northern Rivers_23709"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25471	"unnamed_Northern Rivers_23710"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25472	"unnamed_Northern Rivers_23711"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25473	"unnamed_Northern Rivers_23712"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25474	"unnamed_Northern Rivers_23713"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25475	"unnamed_Northern Rivers_23714"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25476	"unnamed_Northern Rivers_23715"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25477	"unnamed_Northern Rivers_23716"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25478	"unnamed_Northern Rivers_23717"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25479	"unnamed_Northern Rivers_23718"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25480	"unnamed_Northern Rivers_23719"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25481	"unnamed_Northern Rivers_23720"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25482	"unnamed_Northern Rivers_23721"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25483	"unnamed_Northern Rivers_23722"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25484	"unnamed_Northern Rivers_23723"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25485	"unnamed_Northern Rivers_23724"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25486	"unnamed_Northern Rivers_23725"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25487	"unnamed_Northern Rivers_23726"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25488	"unnamed_Northern Rivers_23727"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25489	"unnamed_Northern Rivers_23728"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25490	"unnamed_Northern Rivers_23729"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25491	"unnamed_Northern Rivers_23730"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25492	"unnamed_Northern Rivers_23731"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25493	"unnamed_Northern Rivers_23732"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25494	"unnamed_Northern Rivers_23733"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25495	"unnamed_Northern Rivers_23734"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25496	"unnamed_Northern Rivers_23735"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25497	"unnamed_Northern Rivers_23736"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25498	"unnamed_Northern Rivers_23737"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25499	"unnamed_Northern Rivers_23738"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25500	"unnamed_Northern Rivers_23739"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25501	"unnamed_Northern Rivers_23740"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25502	"unnamed_Northern Rivers_23741"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25503	"unnamed_Northern Rivers_23742"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25504	"unnamed_Northern Rivers_23743"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25505	"unnamed_Northern Rivers_23744"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25506	"unnamed_Northern Rivers_23745"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25507	"unnamed_Northern Rivers_23746"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25508	"unnamed_Northern Rivers_23747"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25509	"unnamed_Northern Rivers_23748"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25510	"unnamed_Northern Rivers_23749"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25511	"unnamed_Northern Rivers_23750"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25512	"unnamed_Northern Rivers_23751"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25513	"unnamed_Northern Rivers_23752"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25514	"unnamed_Northern Rivers_23753"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25515	"unnamed_Northern Rivers_23754"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25516	"unnamed_Northern Rivers_23755"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25517	"unnamed_Northern Rivers_23756"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25518	"unnamed_Northern Rivers_23757"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25519	"unnamed_Northern Rivers_23758"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25520	"unnamed_Northern Rivers_23759"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25521	"unnamed_Northern Rivers_23760"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25522	"unnamed_Northern Rivers_23761"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25523	"unnamed_Northern Rivers_23762"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25524	"unnamed_Northern Rivers_23763"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25525	"unnamed_Northern Rivers_23764"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25526	"unnamed_Northern Rivers_23765"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25527	"unnamed_Northern Rivers_23766"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25528	"unnamed_Northern Rivers_23767"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25529	"unnamed_Northern Rivers_23768"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25530	"unnamed_Northern Rivers_23769"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25531	"unnamed_Northern Rivers_23770"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25532	"unnamed_Northern Rivers_23771"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25533	"unnamed_Northern Rivers_23772"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25534	"unnamed_Northern Rivers_23773"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25535	"unnamed_Northern Rivers_23774"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25536	"unnamed_Northern Rivers_23775"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25537	"unnamed_Northern Rivers_23776"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25538	"unnamed_Northern Rivers_23777"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25539	"unnamed_Northern Rivers_23778"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25540	"unnamed_Northern Rivers_23779"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25541	"unnamed_Northern Rivers_23780"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25542	"unnamed_Northern Rivers_23781"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25543	"unnamed_Northern Rivers_23782"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25544	"unnamed_Northern Rivers_23783"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25545	"unnamed_Northern Rivers_23784"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25546	"unnamed_Northern Rivers_23785"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25547	"unnamed_Northern Rivers_23786"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25548	"unnamed_Northern Rivers_23787"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25549	"unnamed_Northern Rivers_23788"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25550	"unnamed_Northern Rivers_23789"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25551	"unnamed_Northern Rivers_23790"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25552	"unnamed_Northern Rivers_23791"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25553	"unnamed_Northern Rivers_23792"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25554	"unnamed_Northern Rivers_23793"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25555	"unnamed_Northern Rivers_23794"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25556	"unnamed_Northern Rivers_23795"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25557	"unnamed_Northern Rivers_23796"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25558	"unnamed_Northern Rivers_23797"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25559	"unnamed_Northern Rivers_23798"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25560	"unnamed_Northern Rivers_23799"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25561	"unnamed_Northern Rivers_23800"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25562	"unnamed_Northern Rivers_23801"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25563	"unnamed_Northern Rivers_23802"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25564	"unnamed_Northern Rivers_23803"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25565	"unnamed_Northern Rivers_23804"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25566	"unnamed_Northern Rivers_23805"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25567	"unnamed_Northern Rivers_23806"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25568	"unnamed_Northern Rivers_23807"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25569	"unnamed_Northern Rivers_23808"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25570	"unnamed_Northern Rivers_23809"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25571	"unnamed_Northern Rivers_23810"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25572	"unnamed_Northern Rivers_23811"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25573	"unnamed_Northern Rivers_23812"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25574	"unnamed_Northern Rivers_23813"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25575	"unnamed_Northern Rivers_23814"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25576	"unnamed_Northern Rivers_23815"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25577	"unnamed_Northern Rivers_23816"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25578	"unnamed_Northern Rivers_23817"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25579	"unnamed_Northern Rivers_23818"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25580	"unnamed_Northern Rivers_23819"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25581	"unnamed_Northern Rivers_23820"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25582	"unnamed_Northern Rivers_23821"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25583	"unnamed_Northern Rivers_23822"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25584	"unnamed_Northern Rivers_23823"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25585	"unnamed_Northern Rivers_23824"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25586	"unnamed_Northern Rivers_23825"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25587	"unnamed_Northern Rivers_23826"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25588	"unnamed_Northern Rivers_23827"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25589	"unnamed_Northern Rivers_23828"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25590	"unnamed_Northern Rivers_23829"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25591	"unnamed_Northern Rivers_23830"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25592	"unnamed_Northern Rivers_23831"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25593	"unnamed_Northern Rivers_23832"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25594	"unnamed_Northern Rivers_23833"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25595	"unnamed_Northern Rivers_23834"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25596	"unnamed_Northern Rivers_23835"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25597	"unnamed_Northern Rivers_23836"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25598	"unnamed_Northern Rivers_23837"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25599	"unnamed_Northern Rivers_23838"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25600	"unnamed_Northern Rivers_23839"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25601	"unnamed_Northern Rivers_23840"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25602	"unnamed_Northern Rivers_23841"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25603	"unnamed_Northern Rivers_23842"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25604	"unnamed_Northern Rivers_23843"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25605	"unnamed_Northern Rivers_23844"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25606	"unnamed_Northern Rivers_23845"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25607	"unnamed_Northern Rivers_23846"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25608	"unnamed_Northern Rivers_23847"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25609	"unnamed_Northern Rivers_23848"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25610	"unnamed_Northern Rivers_23849"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25611	"unnamed_Northern Rivers_23850"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25612	"unnamed_Northern Rivers_23851"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25613	"unnamed_Northern Rivers_23852"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25614	"unnamed_Northern Rivers_23853"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25615	"unnamed_Northern Rivers_23854"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25616	"unnamed_Northern Rivers_23855"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25617	"unnamed_Northern Rivers_23856"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25618	"unnamed_Northern Rivers_23857"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25619	"unnamed_Northern Rivers_23858"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25620	"unnamed_Northern Rivers_23859"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25621	"unnamed_Northern Rivers_23860"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25622	"unnamed_Northern Rivers_23861"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25623	"unnamed_Northern Rivers_23862"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25624	"unnamed_Northern Rivers_23863"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25625	"unnamed_Northern Rivers_23864"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25626	"unnamed_Northern Rivers_23865"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25627	"unnamed_Northern Rivers_23866"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25628	"unnamed_Northern Rivers_23867"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25629	"unnamed_Northern Rivers_23868"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25630	"unnamed_Northern Rivers_23869"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25631	"unnamed_Northern Rivers_23870"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25632	"unnamed_Northern Rivers_23871"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25633	"unnamed_Northern Rivers_23872"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25634	"unnamed_Northern Rivers_23873"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25635	"unnamed_Northern Rivers_23874"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25636	"unnamed_Northern Rivers_23875"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25637	"unnamed_Northern Rivers_23876"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25638	"unnamed_Northern Rivers_23877"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25639	"unnamed_Northern Rivers_23878"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25640	"unnamed_Northern Rivers_23879"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25641	"unnamed_Northern Rivers_23880"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25642	"unnamed_Northern Rivers_23881"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25643	"unnamed_Northern Rivers_23882"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25644	"unnamed_Northern Rivers_23883"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25645	"unnamed_Northern Rivers_23884"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25646	"unnamed_Northern Rivers_23885"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25647	"unnamed_Northern Rivers_23886"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25648	"unnamed_Northern Rivers_23887"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25649	"unnamed_Northern Rivers_23888"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25650	"unnamed_Northern Rivers_23889"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25651	"unnamed_Northern Rivers_23890"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25652	"unnamed_Northern Rivers_23891"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25653	"unnamed_Northern Rivers_23892"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25654	"unnamed_Northern Rivers_23893"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25655	"unnamed_Northern Rivers_23894"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25656	"unnamed_Northern Rivers_23895"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25657	"unnamed_Northern Rivers_23896"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25658	"unnamed_Northern Rivers_23897"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25659	"unnamed_Northern Rivers_23898"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25660	"unnamed_Northern Rivers_23899"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25661	"unnamed_Northern Rivers_23900"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25662	"unnamed_Northern Rivers_23901"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25663	"unnamed_Northern Rivers_23902"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25664	"unnamed_Northern Rivers_23903"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25665	"unnamed_Northern Rivers_23904"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25666	"unnamed_Northern Rivers_23905"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25667	"unnamed_Northern Rivers_23906"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25668	"unnamed_Northern Rivers_23907"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25669	"unnamed_Northern Rivers_23908"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25670	"unnamed_Northern Rivers_23909"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25671	"unnamed_Northern Rivers_23910"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25672	"unnamed_Northern Rivers_23911"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25673	"unnamed_Northern Rivers_23912"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25674	"unnamed_Northern Rivers_23913"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25675	"unnamed_Northern Rivers_23914"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25676	"unnamed_Northern Rivers_23915"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25677	"unnamed_Northern Rivers_23916"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25678	"unnamed_Northern Rivers_23917"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25679	"unnamed_Northern Rivers_23918"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25680	"unnamed_Northern Rivers_23919"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25681	"unnamed_Northern Rivers_23920"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25682	"unnamed_Northern Rivers_23921"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25683	"unnamed_Northern Rivers_23922"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25684	"unnamed_Northern Rivers_23923"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25685	"unnamed_Northern Rivers_23924"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25686	"unnamed_Northern Rivers_23925"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25687	"unnamed_Northern Rivers_23926"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25688	"unnamed_Northern Rivers_23927"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25689	"unnamed_Northern Rivers_23928"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25690	"unnamed_Northern Rivers_23929"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25691	"unnamed_Northern Rivers_23930"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25692	"unnamed_Northern Rivers_23931"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25693	"unnamed_Northern Rivers_23932"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25694	"unnamed_Northern Rivers_23933"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25695	"unnamed_Northern Rivers_23934"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25696	"unnamed_Northern Rivers_23935"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25697	"unnamed_Northern Rivers_23936"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25698	"unnamed_Northern Rivers_23937"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25699	"unnamed_Northern Rivers_23938"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25700	"unnamed_Northern Rivers_23939"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25701	"unnamed_Northern Rivers_23940"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25702	"unnamed_Northern Rivers_23941"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25703	"unnamed_Northern Rivers_23942"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25704	"unnamed_Northern Rivers_23943"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25705	"unnamed_Northern Rivers_23944"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25706	"unnamed_Northern Rivers_23945"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25707	"unnamed_Northern Rivers_23946"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25708	"unnamed_Northern Rivers_23947"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25709	"unnamed_Northern Rivers_23948"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25710	"unnamed_Northern Rivers_23949"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25711	"unnamed_Northern Rivers_23950"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25712	"unnamed_Northern Rivers_23951"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25713	"unnamed_Northern Rivers_23952"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25714	"unnamed_Northern Rivers_23953"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25715	"unnamed_Northern Rivers_23954"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25716	"unnamed_Northern Rivers_23955"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25717	"unnamed_Northern Rivers_23956"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25718	"unnamed_Northern Rivers_23957"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25719	"unnamed_Northern Rivers_23958"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25720	"unnamed_Northern Rivers_23959"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25721	"unnamed_Northern Rivers_23960"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25722	"unnamed_Northern Rivers_23961"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25723	"unnamed_Northern Rivers_23962"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25724	"unnamed_Northern Rivers_23963"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25725	"unnamed_Northern Rivers_23964"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25726	"unnamed_Northern Rivers_23965"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25727	"unnamed_Northern Rivers_23966"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25728	"unnamed_Northern Rivers_23967"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25729	"unnamed_Northern Rivers_23968"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25730	"unnamed_Northern Rivers_23969"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25731	"unnamed_Northern Rivers_23970"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25732	"unnamed_Northern Rivers_23971"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25733	"unnamed_Northern Rivers_23972"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25734	"unnamed_Northern Rivers_23973"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25735	"unnamed_Northern Rivers_23974"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25736	"unnamed_Northern Rivers_23975"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25737	"unnamed_Northern Rivers_23976"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25738	"unnamed_Northern Rivers_23977"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25739	"unnamed_Northern Rivers_23978"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25740	"unnamed_Northern Rivers_23979"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25741	"unnamed_Northern Rivers_23980"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25742	"unnamed_Northern Rivers_23981"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25743	"unnamed_Northern Rivers_23982"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25744	"unnamed_Northern Rivers_23983"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25745	"unnamed_Northern Rivers_23984"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25746	"unnamed_Northern Rivers_23985"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25747	"unnamed_Northern Rivers_23986"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25748	"unnamed_Northern Rivers_23987"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25749	"unnamed_Northern Rivers_23988"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25750	"unnamed_Northern Rivers_23989"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25751	"unnamed_Northern Rivers_23990"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25753	"unnamed_Northern Rivers_23992"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25754	"unnamed_Northern Rivers_23993"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25755	"unnamed_Northern Rivers_23994"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25756	"unnamed_Northern Rivers_23995"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25757	"unnamed_Northern Rivers_23996"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25758	"unnamed_Northern Rivers_23997"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25759	"unnamed_Northern Rivers_23998"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25760	"unnamed_Northern Rivers_23999"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25761	"unnamed_Northern Rivers_24000"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25762	"unnamed_Northern Rivers_24001"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25763	"unnamed_Northern Rivers_24002"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25764	"unnamed_Northern Rivers_24003"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25765	"unnamed_Northern Rivers_24004"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25766	"unnamed_Northern Rivers_24005"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25767	"unnamed_Northern Rivers_24006"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25768	"unnamed_Northern Rivers_24007"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25770	"unnamed_Northern Rivers_24009"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25771	"unnamed_Northern Rivers_24010"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25772	"unnamed_Northern Rivers_24011"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25773	"unnamed_Northern Rivers_24012"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25774	"unnamed_Northern Rivers_24013"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25775	"unnamed_Northern Rivers_24014"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25777	"unnamed_Northern Rivers_24016"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25778	"unnamed_Northern Rivers_24017"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25779	"unnamed_Northern Rivers_24018"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25780	"unnamed_Northern Rivers_24019"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25781	"unnamed_Northern Rivers_24020"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25782	"unnamed_Northern Rivers_24021"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25783	"unnamed_Northern Rivers_24022"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25785	"unnamed_Northern Rivers_24024"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25786	"unnamed_Northern Rivers_24025"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25787	"unnamed_Northern Rivers_24026"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25788	"unnamed_Northern Rivers_24027"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25789	"unnamed_Northern Rivers_24028"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25790	"unnamed_Northern Rivers_24029"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25791	"unnamed_Northern Rivers_24030"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25792	"unnamed_Northern Rivers_24031"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25793	"unnamed_Northern Rivers_24032"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25794	"unnamed_Northern Rivers_24033"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25795	"unnamed_Northern Rivers_24034"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25796	"unnamed_Northern Rivers_24035"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25797	"unnamed_Northern Rivers_24036"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25798	"unnamed_Northern Rivers_24037"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25799	"unnamed_Northern Rivers_24038"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25800	"unnamed_Northern Rivers_24039"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25801	"unnamed_Northern Rivers_24040"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25802	"unnamed_Northern Rivers_24041"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25803	"unnamed_Northern Rivers_24042"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25804	"unnamed_Northern Rivers_24043"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25805	"unnamed_Northern Rivers_24044"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25806	"unnamed_Northern Rivers_24045"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25807	"unnamed_Northern Rivers_24046"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25808	"unnamed_Northern Rivers_24047"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25809	"unnamed_Northern Rivers_24048"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25810	"unnamed_Northern Rivers_24049"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25811	"unnamed_Northern Rivers_24050"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25812	"unnamed_Northern Rivers_24051"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25813	"unnamed_Northern Rivers_24052"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25814	"unnamed_Northern Rivers_24053"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25815	"unnamed_Northern Rivers_24054"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25816	"unnamed_Northern Rivers_24055"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25817	"unnamed_Northern Rivers_24056"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25818	"unnamed_Northern Rivers_24057"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25819	"unnamed_Northern Rivers_24058"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25820	"unnamed_Northern Rivers_24059"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25821	"unnamed_Northern Rivers_24060"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25822	"unnamed_Northern Rivers_24061"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25823	"unnamed_Northern Rivers_24062"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25826	"unnamed_Northern Rivers_24065"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25827	"unnamed_Northern Rivers_24066"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25828	"unnamed_Northern Rivers_24067"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25829	"unnamed_Northern Rivers_24068"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25830	"unnamed_Northern Rivers_24069"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25831	"unnamed_Northern Rivers_24070"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25832	"unnamed_Northern Rivers_24071"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25833	"unnamed_Northern Rivers_24072"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25835	"unnamed_Northern Rivers_24074"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25836	"unnamed_Northern Rivers_24075"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25837	"unnamed_Northern Rivers_24076"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25838	"unnamed_Northern Rivers_24077"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25839	"unnamed_Northern Rivers_24078"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25840	"unnamed_Northern Rivers_24079"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25841	"unnamed_Northern Rivers_24080"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25842	"unnamed_Northern Rivers_24081"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25843	"unnamed_Northern Rivers_24082"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25844	"unnamed_Northern Rivers_24083"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25845	"unnamed_Northern Rivers_24084"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25846	"unnamed_Northern Rivers_24085"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25847	"unnamed_Northern Rivers_24086"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25848	"unnamed_Northern Rivers_24087"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25849	"unnamed_Northern Rivers_24088"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25850	"unnamed_Northern Rivers_24089"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25851	"unnamed_Northern Rivers_24090"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25852	"unnamed_Northern Rivers_24091"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25853	"unnamed_Northern Rivers_24092"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25854	"unnamed_Northern Rivers_24093"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25855	"unnamed_Northern Rivers_24094"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25856	"unnamed_Northern Rivers_24095"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25857	"unnamed_Northern Rivers_24096"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25858	"unnamed_Northern Rivers_24097"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25859	"unnamed_Northern Rivers_24098"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25860	"unnamed_Northern Rivers_24099"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25861	"unnamed_Northern Rivers_24100"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25862	"unnamed_Northern Rivers_24101"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25863	"unnamed_Northern Rivers_24102"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25864	"unnamed_Northern Rivers_24103"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25865	"unnamed_Northern Rivers_24104"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25866	"unnamed_Northern Rivers_24105"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25867	"unnamed_Northern Rivers_24106"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25868	"unnamed_Northern Rivers_24107"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25869	"unnamed_Northern Rivers_24108"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25870	"unnamed_Northern Rivers_24109"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25871	"unnamed_Northern Rivers_24110"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25872	"unnamed_Northern Rivers_24111"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25873	"unnamed_Northern Rivers_24112"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25874	"unnamed_Northern Rivers_24113"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25875	"unnamed_Northern Rivers_24114"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25876	"unnamed_Northern Rivers_24115"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25877	"unnamed_Northern Rivers_24116"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25878	"unnamed_Northern Rivers_24117"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25879	"unnamed_Northern Rivers_24118"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25880	"unnamed_Northern Rivers_24119"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25881	"unnamed_Northern Rivers_24120"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25882	"unnamed_Northern Rivers_24121"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25883	"unnamed_Northern Rivers_24122"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25884	"unnamed_Northern Rivers_24123"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25885	"unnamed_Northern Rivers_24124"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25886	"unnamed_Northern Rivers_24125"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25887	"unnamed_Northern Rivers_24126"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25888	"unnamed_Northern Rivers_24127"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25889	"unnamed_Northern Rivers_24128"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25890	"unnamed_Northern Rivers_24129"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25891	"unnamed_Northern Rivers_24130"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25892	"unnamed_Northern Rivers_24131"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25893	"unnamed_Northern Rivers_24132"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25894	"unnamed_Northern Rivers_24133"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25895	"unnamed_Northern Rivers_24134"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25896	"unnamed_Northern Rivers_24135"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25897	"unnamed_Northern Rivers_24136"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25898	"unnamed_Northern Rivers_24137"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25899	"unnamed_Northern Rivers_24138"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25900	"unnamed_Northern Rivers_24139"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25901	"unnamed_Northern Rivers_24140"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25902	"unnamed_Northern Rivers_24141"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25903	"unnamed_Northern Rivers_24142"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25904	"unnamed_Northern Rivers_24143"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25905	"unnamed_Northern Rivers_24144"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25906	"unnamed_Northern Rivers_24145"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25907	"unnamed_Northern Rivers_24146"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25908	"unnamed_Northern Rivers_24147"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25909	"unnamed_Northern Rivers_24148"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25910	"unnamed_Northern Rivers_24149"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25911	"unnamed_Northern Rivers_24150"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25912	"unnamed_Northern Rivers_24151"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25913	"unnamed_Northern Rivers_24152"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25914	"unnamed_Northern Rivers_24153"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25915	"unnamed_Northern Rivers_24154"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25916	"unnamed_Northern Rivers_24155"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25917	"unnamed_Northern Rivers_24156"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25918	"unnamed_Northern Rivers_24157"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25919	"unnamed_Northern Rivers_24158"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25920	"unnamed_Northern Rivers_24159"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25921	"unnamed_Northern Rivers_24160"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25922	"unnamed_Northern Rivers_24161"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25923	"unnamed_Northern Rivers_24162"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25924	"unnamed_Northern Rivers_24163"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25925	"unnamed_Northern Rivers_24164"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25926	"unnamed_Northern Rivers_24165"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25927	"unnamed_Northern Rivers_24166"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25928	"unnamed_Northern Rivers_24167"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25929	"unnamed_Northern Rivers_24168"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25930	"unnamed_Northern Rivers_24169"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25931	"unnamed_Northern Rivers_24170"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25932	"unnamed_Northern Rivers_24171"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25933	"unnamed_Northern Rivers_24172"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25934	"unnamed_Northern Rivers_24173"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25935	"unnamed_Northern Rivers_24174"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25936	"unnamed_Northern Rivers_24175"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25937	"unnamed_Northern Rivers_24176"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25938	"unnamed_Northern Rivers_24177"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25939	"unnamed_Northern Rivers_24178"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25940	"unnamed_Northern Rivers_24179"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25941	"unnamed_Northern Rivers_24180"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25942	"unnamed_Northern Rivers_24181"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25943	"unnamed_Northern Rivers_24182"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25944	"unnamed_Northern Rivers_24183"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25945	"unnamed_Northern Rivers_24184"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25946	"unnamed_Northern Rivers_24185"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25947	"unnamed_Northern Rivers_24186"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25948	"unnamed_Northern Rivers_24187"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25949	"unnamed_Northern Rivers_24188"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25950	"unnamed_Northern Rivers_24189"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25951	"unnamed_Northern Rivers_24190"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25952	"unnamed_Northern Rivers_24191"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25953	"unnamed_Northern Rivers_24192"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25954	"unnamed_Northern Rivers_24193"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25955	"unnamed_Northern Rivers_24194"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25956	"unnamed_Northern Rivers_24195"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25957	"unnamed_Northern Rivers_24196"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25958	"unnamed_Northern Rivers_24197"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25959	"unnamed_Northern Rivers_24198"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25960	"unnamed_Northern Rivers_24199"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25961	"unnamed_Northern Rivers_24200"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25962	"unnamed_Northern Rivers_24201"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25963	"unnamed_Northern Rivers_24202"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25964	"unnamed_Northern Rivers_24203"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25965	"unnamed_Northern Rivers_24204"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25966	"unnamed_Northern Rivers_24205"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25967	"unnamed_Northern Rivers_24206"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25968	"unnamed_Northern Rivers_24207"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25969	"unnamed_Northern Rivers_24208"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25970	"unnamed_Northern Rivers_24209"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25971	"unnamed_Northern Rivers_24210"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25972	"unnamed_Northern Rivers_24211"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25973	"unnamed_Northern Rivers_24212"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25974	"unnamed_Northern Rivers_24213"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25975	"unnamed_Northern Rivers_24214"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25976	"unnamed_Northern Rivers_24215"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25977	"unnamed_Northern Rivers_24216"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25978	"unnamed_Northern Rivers_24217"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25979	"unnamed_Northern Rivers_24218"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25980	"unnamed_Northern Rivers_24219"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25981	"unnamed_Northern Rivers_24220"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25982	"unnamed_Northern Rivers_24221"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25983	"unnamed_Northern Rivers_24222"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25984	"unnamed_Northern Rivers_24223"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25985	"unnamed_Northern Rivers_24224"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25986	"unnamed_Northern Rivers_24225"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25987	"unnamed_Northern Rivers_24226"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25988	"unnamed_Northern Rivers_24227"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25989	"unnamed_Northern Rivers_24228"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25990	"unnamed_Northern Rivers_24229"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25991	"unnamed_Northern Rivers_24230"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25992	"unnamed_Northern Rivers_24231"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25993	"unnamed_Northern Rivers_24232"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25994	"unnamed_Northern Rivers_24233"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25995	"unnamed_Northern Rivers_24234"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25996	"unnamed_Northern Rivers_24235"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25997	"unnamed_Northern Rivers_24236"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25998	"unnamed_Northern Rivers_24237"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
25999	"unnamed_Northern Rivers_24238"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26000	"unnamed_Northern Rivers_24239"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26001	"unnamed_Northern Rivers_24240"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26002	"unnamed_Northern Rivers_24241"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26003	"unnamed_Northern Rivers_24242"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26004	"unnamed_Northern Rivers_24243"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26005	"unnamed_Northern Rivers_24244"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26006	"unnamed_Northern Rivers_24245"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26007	"unnamed_Northern Rivers_24246"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26008	"unnamed_Northern Rivers_24247"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26009	"unnamed_Northern Rivers_24248"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26010	"unnamed_Northern Rivers_24249"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26011	"unnamed_Northern Rivers_24250"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26012	"unnamed_Northern Rivers_24251"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26013	"unnamed_Northern Rivers_24252"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26014	"unnamed_Northern Rivers_24253"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26015	"unnamed_Northern Rivers_24254"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26016	"unnamed_Northern Rivers_24255"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26017	"unnamed_Northern Rivers_24256"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26018	"unnamed_Northern Rivers_24257"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26019	"unnamed_Northern Rivers_24258"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26020	"unnamed_Northern Rivers_24259"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26021	"unnamed_Northern Rivers_24260"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26022	"unnamed_Northern Rivers_24261"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26023	"unnamed_Northern Rivers_24262"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26024	"unnamed_Northern Rivers_24263"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26025	"unnamed_Northern Rivers_24264"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26026	"unnamed_Northern Rivers_24265"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26027	"unnamed_Northern Rivers_24266"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26028	"unnamed_Northern Rivers_24267"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26029	"unnamed_Northern Rivers_24268"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26030	"unnamed_Northern Rivers_24269"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26031	"unnamed_Northern Rivers_24270"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26032	"unnamed_Northern Rivers_24271"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26033	"unnamed_Northern Rivers_24272"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26034	"unnamed_Northern Rivers_24273"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26035	"unnamed_Northern Rivers_24274"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26036	"unnamed_Northern Rivers_24275"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26037	"unnamed_Northern Rivers_24276"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26040	"unnamed_Northern Rivers_24279"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26042	"unnamed_Northern Rivers_24281"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26043	"unnamed_Northern Rivers_24282"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26045	"unnamed_Northern Rivers_24284"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26046	"unnamed_Northern Rivers_24285"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26047	"unnamed_Northern Rivers_24286"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26048	"unnamed_Northern Rivers_24287"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26049	"unnamed_Northern Rivers_24288"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26050	"unnamed_Northern Rivers_24289"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26051	"unnamed_Northern Rivers_24290"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26052	"unnamed_Northern Rivers_24291"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26053	"unnamed_Northern Rivers_24292"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26054	"unnamed_Northern Rivers_24293"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26055	"unnamed_Northern Rivers_24294"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26056	"unnamed_Northern Rivers_24295"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26057	"unnamed_Northern Rivers_24296"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26058	"unnamed_Northern Rivers_24297"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26059	"unnamed_Northern Rivers_24298"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26060	"unnamed_Northern Rivers_24299"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26061	"unnamed_Northern Rivers_24300"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26062	"unnamed_Northern Rivers_24301"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26063	"unnamed_Northern Rivers_24302"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26064	"unnamed_Northern Rivers_24303"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26065	"unnamed_Northern Rivers_24304"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26066	"unnamed_Northern Rivers_24305"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26067	"unnamed_Northern Rivers_24306"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26068	"unnamed_Northern Rivers_24307"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26069	"unnamed_Northern Rivers_24308"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26070	"unnamed_Northern Rivers_24309"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26071	"unnamed_Northern Rivers_24310"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26072	"unnamed_Northern Rivers_24311"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26073	"unnamed_Northern Rivers_24312"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26074	"unnamed_Northern Rivers_24313"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26075	"unnamed_Northern Rivers_24314"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26076	"unnamed_Northern Rivers_24315"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26077	"unnamed_Northern Rivers_24316"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26078	"unnamed_Northern Rivers_24317"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26079	"unnamed_Northern Rivers_24318"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26080	"unnamed_Northern Rivers_24319"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26081	"unnamed_Northern Rivers_24320"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26082	"unnamed_Northern Rivers_24321"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26083	"unnamed_Northern Rivers_24322"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26084	"unnamed_Northern Rivers_24323"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26085	"unnamed_Northern Rivers_24324"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26086	"unnamed_Northern Rivers_24325"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26087	"unnamed_Northern Rivers_24326"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26088	"unnamed_Northern Rivers_24327"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26089	"unnamed_Northern Rivers_24328"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26090	"unnamed_Northern Rivers_24329"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26091	"unnamed_Northern Rivers_24330"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26092	"unnamed_Northern Rivers_24331"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26093	"unnamed_Northern Rivers_24332"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26094	"unnamed_Northern Rivers_24333"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26095	"unnamed_Northern Rivers_24334"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26096	"unnamed_Northern Rivers_24335"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26097	"unnamed_Northern Rivers_24336"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26098	"unnamed_Northern Rivers_24337"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26099	"unnamed_Northern Rivers_24338"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26100	"unnamed_Northern Rivers_24339"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26101	"unnamed_Northern Rivers_24340"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26102	"unnamed_Northern Rivers_24341"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26103	"unnamed_Northern Rivers_24342"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26104	"unnamed_Northern Rivers_24343"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26105	"unnamed_Northern Rivers_24344"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26106	"unnamed_Northern Rivers_24345"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26107	"unnamed_Northern Rivers_24346"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26108	"unnamed_Northern Rivers_24347"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26109	"unnamed_Northern Rivers_24348"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26110	"unnamed_Northern Rivers_24349"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26111	"unnamed_Northern Rivers_24350"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26112	"unnamed_Northern Rivers_24351"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26113	"unnamed_Northern Rivers_24352"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26114	"unnamed_Northern Rivers_24353"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26115	"unnamed_Northern Rivers_24354"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26116	"unnamed_Northern Rivers_24355"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26117	"unnamed_Northern Rivers_24356"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26118	"unnamed_Northern Rivers_24357"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26119	"unnamed_Northern Rivers_24358"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26120	"unnamed_Northern Rivers_24359"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26121	"unnamed_Northern Rivers_24360"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26122	"unnamed_Northern Rivers_24361"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26123	"unnamed_Northern Rivers_24362"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26124	"unnamed_Northern Rivers_24363"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26125	"unnamed_Northern Rivers_24364"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26126	"unnamed_Northern Rivers_24365"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26127	"unnamed_Northern Rivers_24366"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26128	"unnamed_Northern Rivers_24367"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26129	"unnamed_Northern Rivers_24368"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26130	"unnamed_Northern Rivers_24369"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26131	"unnamed_Northern Rivers_24370"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26132	"unnamed_Northern Rivers_24371"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26133	"unnamed_Northern Rivers_24372"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26134	"unnamed_Northern Rivers_24373"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26135	"unnamed_Northern Rivers_24374"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26136	"unnamed_Northern Rivers_24375"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26137	"unnamed_Northern Rivers_24376"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26138	"unnamed_Northern Rivers_24377"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26139	"unnamed_Northern Rivers_24378"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26140	"unnamed_Northern Rivers_24379"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26141	"unnamed_Northern Rivers_24380"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26142	"unnamed_Northern Rivers_24381"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26143	"unnamed_Northern Rivers_24382"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26144	"unnamed_Northern Rivers_24383"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26145	"unnamed_Northern Rivers_24384"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26146	"unnamed_Northern Rivers_24385"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26147	"unnamed_Northern Rivers_24386"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26148	"unnamed_Northern Rivers_24387"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26149	"unnamed_Northern Rivers_24388"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26150	"unnamed_Northern Rivers_24389"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26151	"unnamed_Northern Rivers_24390"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26152	"unnamed_Northern Rivers_24391"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26153	"unnamed_Northern Rivers_24392"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26154	"unnamed_Northern Rivers_24393"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26155	"unnamed_Northern Rivers_24394"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26156	"unnamed_Northern Rivers_24395"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26157	"unnamed_Northern Rivers_24396"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26158	"unnamed_Northern Rivers_24397"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26159	"unnamed_Northern Rivers_24398"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26160	"unnamed_Northern Rivers_24399"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26161	"unnamed_Northern Rivers_24400"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26162	"unnamed_Northern Rivers_24401"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26163	"unnamed_Northern Rivers_24402"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26164	"unnamed_Northern Rivers_24403"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26165	"unnamed_Northern Rivers_24404"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26166	"unnamed_Northern Rivers_24405"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26167	"unnamed_Northern Rivers_24406"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26168	"unnamed_Northern Rivers_24407"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26169	"unnamed_Northern Rivers_24408"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26170	"unnamed_Northern Rivers_24409"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26171	"unnamed_Northern Rivers_24410"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26172	"unnamed_Northern Rivers_24411"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26173	"unnamed_Northern Rivers_24412"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26174	"unnamed_Northern Rivers_24413"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26175	"unnamed_Northern Rivers_24414"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26176	"unnamed_Northern Rivers_24415"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26177	"unnamed_Northern Rivers_24416"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26178	"unnamed_Northern Rivers_24417"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26179	"unnamed_Northern Rivers_24418"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26180	"unnamed_Northern Rivers_24419"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26181	"unnamed_Northern Rivers_24420"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26182	"unnamed_Northern Rivers_24421"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26183	"unnamed_Northern Rivers_24422"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26184	"unnamed_Northern Rivers_24423"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26185	"unnamed_Northern Rivers_24424"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26186	"unnamed_Northern Rivers_24425"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26187	"unnamed_Northern Rivers_24426"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26188	"unnamed_Northern Rivers_24427"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26189	"unnamed_Northern Rivers_24428"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26190	"unnamed_Northern Rivers_24429"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26191	"unnamed_Northern Rivers_24430"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26192	"unnamed_Northern Rivers_24431"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26193	"unnamed_Northern Rivers_24432"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26194	"unnamed_Northern Rivers_24433"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26195	"unnamed_Northern Rivers_24434"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26196	"unnamed_Northern Rivers_24435"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26197	"unnamed_Northern Rivers_24436"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26198	"unnamed_Northern Rivers_24437"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26199	"unnamed_Northern Rivers_24438"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26200	"unnamed_Northern Rivers_24439"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26201	"unnamed_Northern Rivers_24440"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26202	"unnamed_Northern Rivers_24441"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26203	"unnamed_Northern Rivers_24442"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26204	"unnamed_Northern Rivers_24443"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26205	"unnamed_Northern Rivers_24444"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26206	"unnamed_Northern Rivers_24445"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26207	"unnamed_Northern Rivers_24446"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26208	"unnamed_Northern Rivers_24447"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26209	"unnamed_Northern Rivers_24448"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26210	"unnamed_Northern Rivers_24449"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26211	"unnamed_Northern Rivers_24450"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26212	"unnamed_Northern Rivers_24451"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26213	"unnamed_Northern Rivers_24452"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26214	"unnamed_Northern Rivers_24453"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26215	"unnamed_Northern Rivers_24454"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26216	"unnamed_Northern Rivers_24455"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26217	"unnamed_Northern Rivers_24456"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26218	"unnamed_Northern Rivers_24457"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26219	"unnamed_Northern Rivers_24458"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26220	"unnamed_Northern Rivers_24459"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26221	"unnamed_Northern Rivers_24460"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26222	"unnamed_Northern Rivers_24461"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26223	"unnamed_Northern Rivers_24462"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26224	"unnamed_Northern Rivers_24463"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26225	"unnamed_Northern Rivers_24464"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26226	"unnamed_Northern Rivers_24465"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26227	"unnamed_Northern Rivers_24466"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26228	"unnamed_Northern Rivers_24467"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26229	"unnamed_Northern Rivers_24468"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26230	"unnamed_Northern Rivers_24469"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26231	"unnamed_Northern Rivers_24470"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26232	"unnamed_Northern Rivers_24471"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26233	"unnamed_Northern Rivers_24472"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26234	"unnamed_Northern Rivers_24473"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26235	"unnamed_Northern Rivers_24474"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26236	"unnamed_Northern Rivers_24475"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26237	"unnamed_Northern Rivers_24476"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26238	"unnamed_Northern Rivers_24477"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26239	"unnamed_Northern Rivers_24478"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26240	"unnamed_Northern Rivers_24479"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26241	"unnamed_Northern Rivers_24480"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26242	"unnamed_Northern Rivers_24481"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26243	"unnamed_Northern Rivers_24482"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26244	"unnamed_Northern Rivers_24483"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26245	"unnamed_Northern Rivers_24484"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26246	"unnamed_Northern Rivers_24485"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26247	"unnamed_Northern Rivers_24486"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26248	"unnamed_Northern Rivers_24487"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26249	"unnamed_Northern Rivers_24488"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26250	"unnamed_Northern Rivers_24489"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26251	"unnamed_Northern Rivers_24490"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26252	"unnamed_Northern Rivers_24491"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26253	"unnamed_Northern Rivers_24492"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26254	"unnamed_Northern Rivers_24493"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26255	"unnamed_Northern Rivers_24494"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26256	"unnamed_Northern Rivers_24495"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26257	"unnamed_Northern Rivers_24496"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26258	"unnamed_Northern Rivers_24497"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26259	"unnamed_Northern Rivers_24498"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26260	"unnamed_Northern Rivers_24499"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26261	"unnamed_Northern Rivers_24500"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26262	"unnamed_Northern Rivers_24501"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26263	"unnamed_Northern Rivers_24502"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26264	"unnamed_Northern Rivers_24503"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26265	"unnamed_Northern Rivers_24504"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26266	"unnamed_Northern Rivers_24505"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26268	"unnamed_Northern Rivers_24507"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26269	"unnamed_Northern Rivers_24508"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26270	"unnamed_Northern Rivers_24509"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26271	"unnamed_Northern Rivers_24510"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26272	"unnamed_Northern Rivers_24511"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26273	"unnamed_Northern Rivers_24512"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26274	"unnamed_Northern Rivers_24513"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26275	"unnamed_Northern Rivers_24514"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26276	"unnamed_Northern Rivers_24515"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26277	"unnamed_Northern Rivers_24516"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26278	"unnamed_Northern Rivers_24517"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26279	"unnamed_Northern Rivers_24518"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26280	"unnamed_Northern Rivers_24519"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26281	"unnamed_Northern Rivers_24520"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26282	"unnamed_Northern Rivers_24521"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26283	"unnamed_Northern Rivers_24522"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26284	"unnamed_Northern Rivers_24523"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26285	"unnamed_Northern Rivers_24524"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26286	"unnamed_Northern Rivers_24525"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26287	"unnamed_Northern Rivers_24526"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26288	"unnamed_Northern Rivers_24527"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26289	"unnamed_Northern Rivers_24528"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26290	"unnamed_Northern Rivers_24529"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26291	"unnamed_Northern Rivers_24530"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26293	"unnamed_Northern Rivers_24532"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26294	"unnamed_Northern Rivers_24533"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26296	"unnamed_Northern Rivers_24535"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26297	"unnamed_Northern Rivers_24536"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26298	"unnamed_Northern Rivers_24537"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26299	"unnamed_Northern Rivers_24538"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26300	"unnamed_Northern Rivers_24539"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26301	"unnamed_Northern Rivers_24540"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26302	"unnamed_Northern Rivers_24541"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26303	"unnamed_Northern Rivers_24542"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26304	"unnamed_Northern Rivers_24543"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26305	"unnamed_Northern Rivers_24544"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26306	"unnamed_Northern Rivers_24545"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26307	"unnamed_Northern Rivers_24546"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26308	"unnamed_Northern Rivers_24547"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26309	"unnamed_Northern Rivers_24548"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26310	"unnamed_Northern Rivers_24549"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26311	"unnamed_Northern Rivers_24550"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26312	"unnamed_Northern Rivers_24551"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26313	"unnamed_Northern Rivers_24552"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26314	"unnamed_Northern Rivers_24553"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26315	"unnamed_Northern Rivers_24554"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26317	"unnamed_Northern Rivers_24556"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26318	"unnamed_Northern Rivers_24557"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26319	"unnamed_Northern Rivers_24558"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26320	"unnamed_Northern Rivers_24559"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26321	"unnamed_Northern Rivers_24560"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26322	"unnamed_Northern Rivers_24561"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26323	"unnamed_Northern Rivers_24562"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26324	"unnamed_Northern Rivers_24563"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26325	"unnamed_Northern Rivers_24564"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26326	"unnamed_Northern Rivers_24565"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26327	"unnamed_Northern Rivers_24566"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26328	"unnamed_Northern Rivers_24567"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26329	"unnamed_Northern Rivers_24568"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26330	"unnamed_Northern Rivers_24569"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26331	"unnamed_Northern Rivers_24570"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26332	"unnamed_Northern Rivers_24571"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26333	"unnamed_Northern Rivers_24572"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26335	"unnamed_Northern Rivers_24574"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26336	"unnamed_Northern Rivers_24575"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26337	"unnamed_Northern Rivers_24576"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26340	"unnamed_Northern Rivers_24579"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26341	"unnamed_Northern Rivers_24580"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26343	"unnamed_Northern Rivers_24582"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26344	"unnamed_Northern Rivers_24583"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26346	"unnamed_Northern Rivers_24585"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26347	"unnamed_Northern Rivers_24586"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26350	"unnamed_Northern Rivers_24589"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26352	"unnamed_Northern Rivers_24591"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26353	"unnamed_Northern Rivers_24592"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26355	"unnamed_Northern Rivers_24594"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26363	"unnamed_Northern Rivers_24602"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26364	"unnamed_Northern Rivers_24603"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26365	"unnamed_Northern Rivers_24604"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26366	"unnamed_Northern Rivers_24605"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26367	"unnamed_Northern Rivers_24606"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26368	"unnamed_Northern Rivers_24607"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26369	"unnamed_Northern Rivers_24608"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26370	"unnamed_Northern Rivers_24609"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26372	"unnamed_Northern Rivers_24611"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26373	"unnamed_Northern Rivers_24612"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26374	"unnamed_Northern Rivers_24613"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26376	"unnamed_Northern Rivers_24615"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26378	"unnamed_Northern Rivers_24617"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26379	"unnamed_Northern Rivers_24618"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26380	"unnamed_Northern Rivers_24619"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26381	"unnamed_Northern Rivers_24620"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26382	"unnamed_Northern Rivers_24621"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26383	"unnamed_Northern Rivers_24622"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26384	"unnamed_Northern Rivers_24623"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26385	"unnamed_Northern Rivers_24624"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26386	"unnamed_Northern Rivers_24625"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26387	"unnamed_Northern Rivers_24626"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26388	"unnamed_Northern Rivers_24627"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26389	"unnamed_Northern Rivers_24628"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26390	"unnamed_Northern Rivers_24629"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26391	"unnamed_Northern Rivers_24630"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26392	"unnamed_Northern Rivers_24631"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26393	"unnamed_Northern Rivers_24632"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26394	"unnamed_Northern Rivers_24633"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26395	"unnamed_Northern Rivers_24634"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26396	"unnamed_Northern Rivers_24635"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26397	"unnamed_Northern Rivers_24636"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26398	"unnamed_Northern Rivers_24637"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26399	"unnamed_Northern Rivers_24638"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26400	"unnamed_Northern Rivers_24639"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26401	"unnamed_Northern Rivers_24640"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26402	"unnamed_Northern Rivers_24641"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26403	"unnamed_Northern Rivers_24642"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26404	"unnamed_Northern Rivers_24643"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26405	"unnamed_Northern Rivers_24644"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26406	"unnamed_Northern Rivers_24645"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26407	"unnamed_Northern Rivers_24646"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26408	"unnamed_Northern Rivers_24647"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26409	"unnamed_Northern Rivers_24648"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26410	"unnamed_Northern Rivers_24649"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26411	"unnamed_Northern Rivers_24650"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26412	"unnamed_Northern Rivers_24651"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26413	"unnamed_Northern Rivers_24652"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26414	"unnamed_Northern Rivers_24653"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26415	"unnamed_Northern Rivers_24654"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26416	"unnamed_Northern Rivers_24655"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26417	"unnamed_Northern Rivers_24656"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26418	"unnamed_Northern Rivers_24657"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26419	"unnamed_Northern Rivers_24658"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26420	"unnamed_Northern Rivers_24659"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26421	"unnamed_Northern Rivers_24660"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26422	"unnamed_Northern Rivers_24661"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26423	"unnamed_Northern Rivers_24662"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26424	"unnamed_Northern Rivers_24663"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26425	"unnamed_Northern Rivers_24664"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26426	"unnamed_Northern Rivers_24665"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26427	"unnamed_Northern Rivers_24666"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26428	"unnamed_Northern Rivers_24667"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26429	"unnamed_Northern Rivers_24668"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26430	"unnamed_Northern Rivers_24669"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26431	"unnamed_Northern Rivers_24670"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26432	"unnamed_Northern Rivers_24671"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26433	"unnamed_Northern Rivers_24672"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26434	"unnamed_Northern Rivers_24673"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26435	"unnamed_Northern Rivers_24674"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26436	"unnamed_Northern Rivers_24675"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26437	"unnamed_Northern Rivers_24676"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26438	"unnamed_Northern Rivers_24677"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26439	"unnamed_Northern Rivers_24678"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26440	"unnamed_Northern Rivers_24679"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26441	"unnamed_Northern Rivers_24680"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26442	"unnamed_Northern Rivers_24681"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26443	"unnamed_Northern Rivers_24682"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26444	"unnamed_Northern Rivers_24683"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26445	"unnamed_Northern Rivers_24684"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26446	"unnamed_Northern Rivers_24685"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26447	"unnamed_Northern Rivers_24686"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26448	"unnamed_Northern Rivers_24687"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26449	"unnamed_Northern Rivers_24688"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26450	"unnamed_Northern Rivers_24689"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26451	"unnamed_Northern Rivers_24690"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26452	"unnamed_Northern Rivers_24691"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26453	"unnamed_Northern Rivers_24692"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26454	"unnamed_Northern Rivers_24693"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26455	"unnamed_Northern Rivers_24694"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26456	"unnamed_Northern Rivers_24695"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26457	"unnamed_Northern Rivers_24696"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26458	"unnamed_Northern Rivers_24697"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26459	"unnamed_Northern Rivers_24698"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26460	"unnamed_Northern Rivers_24699"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26462	"unnamed_Northern Rivers_24701"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26463	"unnamed_Northern Rivers_24702"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26464	"unnamed_Northern Rivers_24703"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26465	"unnamed_Northern Rivers_24704"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26466	"unnamed_Northern Rivers_24705"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26467	"unnamed_Northern Rivers_24706"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26468	"unnamed_Northern Rivers_24707"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26469	"unnamed_Northern Rivers_24708"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26470	"unnamed_Northern Rivers_24709"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26471	"unnamed_Northern Rivers_24710"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26472	"unnamed_Northern Rivers_24711"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26473	"unnamed_Northern Rivers_24712"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26474	"unnamed_Northern Rivers_24713"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26475	"unnamed_Northern Rivers_24714"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26476	"unnamed_Northern Rivers_24715"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26477	"unnamed_Northern Rivers_24716"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26478	"unnamed_Northern Rivers_24717"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26479	"unnamed_Northern Rivers_24718"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26480	"unnamed_Northern Rivers_24719"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26481	"unnamed_Northern Rivers_24720"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26482	"unnamed_Northern Rivers_24721"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26483	"unnamed_Northern Rivers_24722"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26484	"unnamed_Northern Rivers_24723"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26485	"unnamed_Northern Rivers_24724"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26486	"unnamed_Northern Rivers_24725"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26487	"unnamed_Northern Rivers_24726"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26488	"unnamed_Northern Rivers_24727"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26489	"unnamed_Northern Rivers_24728"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26490	"unnamed_Northern Rivers_24729"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26491	"unnamed_Northern Rivers_24730"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26492	"unnamed_Northern Rivers_24731"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26493	"unnamed_Northern Rivers_24732"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26494	"unnamed_Northern Rivers_24733"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26495	"unnamed_Northern Rivers_24734"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26496	"unnamed_Northern Rivers_24735"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26497	"unnamed_Northern Rivers_24736"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26498	"unnamed_Northern Rivers_24737"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26499	"unnamed_Northern Rivers_24738"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26500	"unnamed_Northern Rivers_24739"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26501	"unnamed_Northern Rivers_24740"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26502	"unnamed_Northern Rivers_24741"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26503	"unnamed_Northern Rivers_24742"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26504	"unnamed_Northern Rivers_24743"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26505	"unnamed_Northern Rivers_24744"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26506	"unnamed_Northern Rivers_24745"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26507	"unnamed_Northern Rivers_24746"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26508	"unnamed_Northern Rivers_24747"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26509	"unnamed_Northern Rivers_24748"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26510	"unnamed_Northern Rivers_24749"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26511	"unnamed_Northern Rivers_24750"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26512	"unnamed_Northern Rivers_24751"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26513	"unnamed_Northern Rivers_24752"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26514	"unnamed_Northern Rivers_24753"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26515	"unnamed_Northern Rivers_24754"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26516	"unnamed_Northern Rivers_24755"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26517	"unnamed_Northern Rivers_24756"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26518	"unnamed_Northern Rivers_24757"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26519	"unnamed_Northern Rivers_24758"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26520	"unnamed_Northern Rivers_24759"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26521	"unnamed_Northern Rivers_24760"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26522	"unnamed_Northern Rivers_24761"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26523	"unnamed_Northern Rivers_24762"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26524	"unnamed_Northern Rivers_24763"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26525	"unnamed_Northern Rivers_24764"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26526	"unnamed_Northern Rivers_24765"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26527	"unnamed_Northern Rivers_24766"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26528	"unnamed_Northern Rivers_24767"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26529	"unnamed_Northern Rivers_24768"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26530	"unnamed_Northern Rivers_24769"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26531	"unnamed_Northern Rivers_24770"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26532	"unnamed_Northern Rivers_24771"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26533	"unnamed_Northern Rivers_24772"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26534	"unnamed_Northern Rivers_24773"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26535	"unnamed_Northern Rivers_24774"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26536	"unnamed_Northern Rivers_24775"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26537	"unnamed_Northern Rivers_24776"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26538	"unnamed_Northern Rivers_24777"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26539	"unnamed_Northern Rivers_24778"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26540	"unnamed_Northern Rivers_24779"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26541	"unnamed_Northern Rivers_24780"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26542	"unnamed_Northern Rivers_24781"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26543	"unnamed_Northern Rivers_24782"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26544	"unnamed_Northern Rivers_24783"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26545	"unnamed_Northern Rivers_24784"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26546	"unnamed_Northern Rivers_24785"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26547	"unnamed_Northern Rivers_24786"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26548	"unnamed_Northern Rivers_24787"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26549	"unnamed_Northern Rivers_24788"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26550	"unnamed_Northern Rivers_24789"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26551	"unnamed_Northern Rivers_24790"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26552	"unnamed_Northern Rivers_24791"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26553	"unnamed_Northern Rivers_24792"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26554	"unnamed_Northern Rivers_24793"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26555	"unnamed_Northern Rivers_24794"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26556	"unnamed_Northern Rivers_24795"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26557	"unnamed_Northern Rivers_24796"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26558	"unnamed_Northern Rivers_24797"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26559	"unnamed_Northern Rivers_24798"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26560	"unnamed_Northern Rivers_24799"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26561	"unnamed_Northern Rivers_24800"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26562	"unnamed_Northern Rivers_24801"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26563	"unnamed_Northern Rivers_24802"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26564	"unnamed_Northern Rivers_24803"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26565	"unnamed_Northern Rivers_24804"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26566	"unnamed_Northern Rivers_24805"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26567	"unnamed_Northern Rivers_24806"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26568	"unnamed_Northern Rivers_24807"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26569	"unnamed_Northern Rivers_24808"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26570	"unnamed_Northern Rivers_24809"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26571	"unnamed_Northern Rivers_24810"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26572	"unnamed_Northern Rivers_24811"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26573	"unnamed_Northern Rivers_24812"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26574	"unnamed_Northern Rivers_24813"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26575	"unnamed_Northern Rivers_24814"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26576	"unnamed_Northern Rivers_24815"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26577	"unnamed_Northern Rivers_24816"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26578	"unnamed_Northern Rivers_24817"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26579	"unnamed_Northern Rivers_24818"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26580	"unnamed_Northern Rivers_24819"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26581	"unnamed_Northern Rivers_24820"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26582	"unnamed_Northern Rivers_24821"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26583	"unnamed_Northern Rivers_24822"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26584	"unnamed_Northern Rivers_24823"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26585	"unnamed_Northern Rivers_24824"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26586	"unnamed_Northern Rivers_24825"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26587	"unnamed_Northern Rivers_24826"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26588	"unnamed_Northern Rivers_24827"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26589	"unnamed_Northern Rivers_24828"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26590	"unnamed_Northern Rivers_24829"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26591	"unnamed_Northern Rivers_24830"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26592	"unnamed_Northern Rivers_24831"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26593	"unnamed_Northern Rivers_24832"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26595	"unnamed_Northern Rivers_24834"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26597	"unnamed_Northern Rivers_24836"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26598	"unnamed_Northern Rivers_24837"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26620	"unnamed_Northern Rivers_24859"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26623	"unnamed_Northern Rivers_24862"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26625	"unnamed_Northern Rivers_24864"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26628	"unnamed_Northern Rivers_24867"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26635	"unnamed_Northern Rivers_24874"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26636	"unnamed_Northern Rivers_24875"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26637	"unnamed_Northern Rivers_24876"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26638	"unnamed_Northern Rivers_24877"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26639	"unnamed_Northern Rivers_24878"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26640	"unnamed_Northern Rivers_24879"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26641	"unnamed_Northern Rivers_24880"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26642	"unnamed_Northern Rivers_24881"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26643	"unnamed_Northern Rivers_24882"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26644	"unnamed_Northern Rivers_24883"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26645	"unnamed_Northern Rivers_24884"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26646	"unnamed_Northern Rivers_24885"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26647	"unnamed_Northern Rivers_24886"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26648	"unnamed_Northern Rivers_24887"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26649	"unnamed_Northern Rivers_24888"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26650	"unnamed_Northern Rivers_24889"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26651	"unnamed_Northern Rivers_24890"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26652	"unnamed_Northern Rivers_24891"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26653	"unnamed_Northern Rivers_24892"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26654	"unnamed_Northern Rivers_24893"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26655	"unnamed_Northern Rivers_24894"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26656	"unnamed_Northern Rivers_24895"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26657	"unnamed_Northern Rivers_24896"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26658	"unnamed_Northern Rivers_24897"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26659	"unnamed_Northern Rivers_24898"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26660	"unnamed_Northern Rivers_24899"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26661	"unnamed_Northern Rivers_24900"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26662	"unnamed_Northern Rivers_24901"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26663	"unnamed_Northern Rivers_24902"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26664	"unnamed_Northern Rivers_24903"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26665	"unnamed_Northern Rivers_24904"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26666	"unnamed_Northern Rivers_24905"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26667	"unnamed_Northern Rivers_24906"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26668	"unnamed_Northern Rivers_24907"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26669	"unnamed_Northern Rivers_24908"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26670	"unnamed_Northern Rivers_24909"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26671	"unnamed_Northern Rivers_24910"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26672	"unnamed_Northern Rivers_24911"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26673	"unnamed_Northern Rivers_24912"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26674	"unnamed_Northern Rivers_24913"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26675	"unnamed_Northern Rivers_24914"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26676	"unnamed_Northern Rivers_24915"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26677	"unnamed_Northern Rivers_24916"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26678	"unnamed_Northern Rivers_24917"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26679	"unnamed_Northern Rivers_24918"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26680	"unnamed_Northern Rivers_24919"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26681	"unnamed_Northern Rivers_24920"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26682	"unnamed_Northern Rivers_24921"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26683	"unnamed_Northern Rivers_24922"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26684	"unnamed_Northern Rivers_24923"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26685	"unnamed_Northern Rivers_24924"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26686	"unnamed_Northern Rivers_24925"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26687	"unnamed_Northern Rivers_24926"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26688	"unnamed_Northern Rivers_24927"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26689	"unnamed_Northern Rivers_24928"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26690	"unnamed_Northern Rivers_24929"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26691	"unnamed_Northern Rivers_24930"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26692	"unnamed_Northern Rivers_24931"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26693	"unnamed_Northern Rivers_24932"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26694	"unnamed_Northern Rivers_24933"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26695	"unnamed_Northern Rivers_24934"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26696	"unnamed_Northern Rivers_24935"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26697	"unnamed_Northern Rivers_24936"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26698	"unnamed_Northern Rivers_24937"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26699	"unnamed_Northern Rivers_24938"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26700	"unnamed_Northern Rivers_24939"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26701	"unnamed_Northern Rivers_24940"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26702	"unnamed_Northern Rivers_24941"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26703	"unnamed_Northern Rivers_24942"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26704	"unnamed_Northern Rivers_24943"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26705	"unnamed_Northern Rivers_24944"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26706	"unnamed_Northern Rivers_24945"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26707	"unnamed_Northern Rivers_24946"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26708	"unnamed_Northern Rivers_24947"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26709	"unnamed_Northern Rivers_24948"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26710	"unnamed_Northern Rivers_24949"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26711	"unnamed_Northern Rivers_24950"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26712	"unnamed_Northern Rivers_24951"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26713	"unnamed_Northern Rivers_24952"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26714	"unnamed_Northern Rivers_24953"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26715	"unnamed_Northern Rivers_24954"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26716	"unnamed_Northern Rivers_24955"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26717	"unnamed_Northern Rivers_24956"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26718	"unnamed_Northern Rivers_24957"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26719	"unnamed_Northern Rivers_24958"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26720	"unnamed_Northern Rivers_24959"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26721	"unnamed_Northern Rivers_24960"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26722	"unnamed_Northern Rivers_24961"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26723	"unnamed_Northern Rivers_24962"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26724	"unnamed_Northern Rivers_24963"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26725	"unnamed_Northern Rivers_24964"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26726	"unnamed_Northern Rivers_24965"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26727	"unnamed_Northern Rivers_24966"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26728	"unnamed_Northern Rivers_24967"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26729	"unnamed_Northern Rivers_24968"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26730	"unnamed_Northern Rivers_24969"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26731	"unnamed_Northern Rivers_24970"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26732	"unnamed_Northern Rivers_24971"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26733	"unnamed_Northern Rivers_24972"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26734	"unnamed_Northern Rivers_24973"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26735	"unnamed_Northern Rivers_24974"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26736	"unnamed_Northern Rivers_24975"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26737	"unnamed_Northern Rivers_24976"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26738	"unnamed_Northern Rivers_24977"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26739	"unnamed_Northern Rivers_24978"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26740	"unnamed_Northern Rivers_24979"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26741	"unnamed_Northern Rivers_24980"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26742	"unnamed_Northern Rivers_24981"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26743	"unnamed_Northern Rivers_24982"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26744	"unnamed_Northern Rivers_24983"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26745	"unnamed_Northern Rivers_24984"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26746	"unnamed_Northern Rivers_24985"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26747	"unnamed_Northern Rivers_24986"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26748	"unnamed_Northern Rivers_24987"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26749	"unnamed_Northern Rivers_24988"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26750	"unnamed_Northern Rivers_24989"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26751	"unnamed_Northern Rivers_24990"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26752	"unnamed_Northern Rivers_24991"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26754	"unnamed_Northern Rivers_24993"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26755	"unnamed_Northern Rivers_24994"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26756	"unnamed_Northern Rivers_24995"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26757	"unnamed_Northern Rivers_24996"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26758	"unnamed_Northern Rivers_24997"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26760	"unnamed_Northern Rivers_24999"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26762	"unnamed_Northern Rivers_25001"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26763	"unnamed_Northern Rivers_25002"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26764	"unnamed_Northern Rivers_25003"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26765	"unnamed_Northern Rivers_25004"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26766	"unnamed_Northern Rivers_25005"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26767	"unnamed_Northern Rivers_25006"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26768	"unnamed_Northern Rivers_25007"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26769	"unnamed_Northern Rivers_25008"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26770	"unnamed_Northern Rivers_25009"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26771	"unnamed_Northern Rivers_25010"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26772	"unnamed_Northern Rivers_25011"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26773	"unnamed_Northern Rivers_25012"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26774	"unnamed_Northern Rivers_25013"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26775	"unnamed_Northern Rivers_25014"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26776	"unnamed_Northern Rivers_25015"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26777	"unnamed_Northern Rivers_25016"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26778	"unnamed_Northern Rivers_25017"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26779	"unnamed_Northern Rivers_25018"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26780	"unnamed_Northern Rivers_25019"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26781	"unnamed_Northern Rivers_25020"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26782	"unnamed_Northern Rivers_25021"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26783	"unnamed_Northern Rivers_25022"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26784	"unnamed_Northern Rivers_25023"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26785	"unnamed_Northern Rivers_25024"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26786	"unnamed_Northern Rivers_25025"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26787	"unnamed_Northern Rivers_25026"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26788	"unnamed_Northern Rivers_25027"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26789	"unnamed_Northern Rivers_25028"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26790	"unnamed_Northern Rivers_25029"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26791	"unnamed_Northern Rivers_25030"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26792	"unnamed_Northern Rivers_25031"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26793	"unnamed_Northern Rivers_25032"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26794	"unnamed_Northern Rivers_25033"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26795	"unnamed_Northern Rivers_25034"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26796	"unnamed_Northern Rivers_25035"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26797	"unnamed_Northern Rivers_25036"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26798	"unnamed_Northern Rivers_25037"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26799	"unnamed_Northern Rivers_25038"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26800	"unnamed_Northern Rivers_25039"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26801	"unnamed_Northern Rivers_25040"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26802	"unnamed_Northern Rivers_25041"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26803	"unnamed_Northern Rivers_25042"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26804	"unnamed_Northern Rivers_25043"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26805	"unnamed_Northern Rivers_25044"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26806	"unnamed_Northern Rivers_25045"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26807	"unnamed_Northern Rivers_25046"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26808	"unnamed_Northern Rivers_25047"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26809	"unnamed_Northern Rivers_25048"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26810	"unnamed_Northern Rivers_25049"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26811	"unnamed_Northern Rivers_25050"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26812	"unnamed_Northern Rivers_25051"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26813	"unnamed_Northern Rivers_25052"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26814	"unnamed_Northern Rivers_25053"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26815	"unnamed_Northern Rivers_25054"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26816	"unnamed_Northern Rivers_25055"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26817	"unnamed_Northern Rivers_25056"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26818	"unnamed_Northern Rivers_25057"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26819	"unnamed_Northern Rivers_25058"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26820	"unnamed_Northern Rivers_25059"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26821	"unnamed_Northern Rivers_25060"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26822	"unnamed_Northern Rivers_25061"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26823	"unnamed_Northern Rivers_25062"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26824	"unnamed_Northern Rivers_25063"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26825	"unnamed_Northern Rivers_25064"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26826	"unnamed_Northern Rivers_25065"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26827	"unnamed_Northern Rivers_25066"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26828	"unnamed_Northern Rivers_25067"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26829	"unnamed_Northern Rivers_25068"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26830	"unnamed_Northern Rivers_25069"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26831	"unnamed_Northern Rivers_25070"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26832	"unnamed_Northern Rivers_25071"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26833	"unnamed_Northern Rivers_25072"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26834	"unnamed_Northern Rivers_25073"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26835	"unnamed_Northern Rivers_25074"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26836	"unnamed_Northern Rivers_25075"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26837	"unnamed_Northern Rivers_25076"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26838	"unnamed_Northern Rivers_25077"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26839	"unnamed_Northern Rivers_25078"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26840	"unnamed_Northern Rivers_25079"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26841	"unnamed_Northern Rivers_25080"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26842	"unnamed_Northern Rivers_25081"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26843	"unnamed_Northern Rivers_25082"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26844	"unnamed_Northern Rivers_25083"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26845	"unnamed_Northern Rivers_25084"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26846	"unnamed_Northern Rivers_25085"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26847	"unnamed_Northern Rivers_25086"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26848	"unnamed_Northern Rivers_25087"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26849	"unnamed_Northern Rivers_25088"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26850	"unnamed_Northern Rivers_25089"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26851	"unnamed_Northern Rivers_25090"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26852	"unnamed_Northern Rivers_25091"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26853	"unnamed_Northern Rivers_25092"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26854	"unnamed_Northern Rivers_25093"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26855	"unnamed_Northern Rivers_25094"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26856	"unnamed_Northern Rivers_25095"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26857	"unnamed_Northern Rivers_25096"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26858	"unnamed_Northern Rivers_25097"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26859	"unnamed_Northern Rivers_25098"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26860	"unnamed_Northern Rivers_25099"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26861	"unnamed_Northern Rivers_25100"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26862	"unnamed_Northern Rivers_25101"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26863	"unnamed_Northern Rivers_25102"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26864	"unnamed_Northern Rivers_25103"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26865	"unnamed_Northern Rivers_25104"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26866	"unnamed_Northern Rivers_25105"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26867	"unnamed_Northern Rivers_25106"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26868	"unnamed_Northern Rivers_25107"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26869	"unnamed_Northern Rivers_25108"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26870	"unnamed_Northern Rivers_25109"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26871	"unnamed_Northern Rivers_25110"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26874	"unnamed_Northern Rivers_25113"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26875	"unnamed_Northern Rivers_25114"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26876	"unnamed_Northern Rivers_25115"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26877	"unnamed_Northern Rivers_25116"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26878	"unnamed_Northern Rivers_25117"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26879	"unnamed_Northern Rivers_25118"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26880	"unnamed_Northern Rivers_25119"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26881	"unnamed_Northern Rivers_25120"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26882	"unnamed_Northern Rivers_25121"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26883	"unnamed_Northern Rivers_25122"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26884	"unnamed_Northern Rivers_25123"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26885	"unnamed_Northern Rivers_25124"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26886	"unnamed_Northern Rivers_25125"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26887	"unnamed_Northern Rivers_25126"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26888	"unnamed_Northern Rivers_25127"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26889	"unnamed_Northern Rivers_25128"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26890	"unnamed_Northern Rivers_25129"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26891	"unnamed_Northern Rivers_25130"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26892	"unnamed_Northern Rivers_25131"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26893	"unnamed_Northern Rivers_25132"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26894	"unnamed_Northern Rivers_25133"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26895	"unnamed_Northern Rivers_25134"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26896	"unnamed_Northern Rivers_25135"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26897	"unnamed_Northern Rivers_25136"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26898	"unnamed_Northern Rivers_25137"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26899	"unnamed_Northern Rivers_25138"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26900	"unnamed_Northern Rivers_25139"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26901	"unnamed_Northern Rivers_25140"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26902	"unnamed_Northern Rivers_25141"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26903	"unnamed_Northern Rivers_25142"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26904	"unnamed_Northern Rivers_25143"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26905	"unnamed_Northern Rivers_25144"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26906	"unnamed_Northern Rivers_25145"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26907	"unnamed_Northern Rivers_25146"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26908	"unnamed_Northern Rivers_25147"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26909	"unnamed_Northern Rivers_25148"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26910	"unnamed_Northern Rivers_25149"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26911	"unnamed_Northern Rivers_25150"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26912	"unnamed_Northern Rivers_25151"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26913	"unnamed_Northern Rivers_25152"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26914	"unnamed_Northern Rivers_25153"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26915	"unnamed_Northern Rivers_25154"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26916	"unnamed_Northern Rivers_25155"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26917	"unnamed_Northern Rivers_25156"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26918	"unnamed_Northern Rivers_25157"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26919	"unnamed_Northern Rivers_25158"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26920	"unnamed_Northern Rivers_25159"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26921	"unnamed_Northern Rivers_25160"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26922	"unnamed_Northern Rivers_25161"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26923	"unnamed_Northern Rivers_25162"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26924	"unnamed_Northern Rivers_25163"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26925	"unnamed_Northern Rivers_25164"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26926	"unnamed_Northern Rivers_25165"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26927	"unnamed_Northern Rivers_25166"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26928	"unnamed_Northern Rivers_25167"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26929	"unnamed_Northern Rivers_25168"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26930	"unnamed_Northern Rivers_25169"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26931	"unnamed_Northern Rivers_25170"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26932	"unnamed_Northern Rivers_25171"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26933	"unnamed_Northern Rivers_25172"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26934	"unnamed_Northern Rivers_25173"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26935	"unnamed_Northern Rivers_25174"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26936	"unnamed_Northern Rivers_25175"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26937	"unnamed_Northern Rivers_25176"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26938	"unnamed_Northern Rivers_25177"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26939	"unnamed_Northern Rivers_25178"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26940	"unnamed_Northern Rivers_25179"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26941	"unnamed_Northern Rivers_25180"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26942	"unnamed_Northern Rivers_25181"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26943	"unnamed_Northern Rivers_25182"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26944	"unnamed_Northern Rivers_25183"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26945	"unnamed_Northern Rivers_25184"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26946	"unnamed_Northern Rivers_25185"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26947	"unnamed_Northern Rivers_25186"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26948	"unnamed_Northern Rivers_25187"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26949	"unnamed_Northern Rivers_25188"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26950	"unnamed_Northern Rivers_25189"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26951	"unnamed_Northern Rivers_25190"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26952	"unnamed_Northern Rivers_25191"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26953	"unnamed_Northern Rivers_25192"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26954	"unnamed_Northern Rivers_25193"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26955	"unnamed_Northern Rivers_25194"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26956	"unnamed_Northern Rivers_25195"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26957	"unnamed_Northern Rivers_25196"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26958	"unnamed_Northern Rivers_25197"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26959	"unnamed_Northern Rivers_25198"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26960	"unnamed_Northern Rivers_25199"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26961	"unnamed_Northern Rivers_25200"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26962	"unnamed_Northern Rivers_25201"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26963	"unnamed_Northern Rivers_25202"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26964	"unnamed_Northern Rivers_25203"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26965	"unnamed_Northern Rivers_25204"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26966	"unnamed_Northern Rivers_25205"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26967	"unnamed_Northern Rivers_25206"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26968	"unnamed_Northern Rivers_25207"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26969	"unnamed_Northern Rivers_25208"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26970	"unnamed_Northern Rivers_25209"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26971	"unnamed_Northern Rivers_25210"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26972	"unnamed_Northern Rivers_25211"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26973	"unnamed_Northern Rivers_25212"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26974	"unnamed_Northern Rivers_25213"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26975	"unnamed_Northern Rivers_25214"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26976	"unnamed_Northern Rivers_25215"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26977	"unnamed_Northern Rivers_25216"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26978	"unnamed_Northern Rivers_25217"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26979	"unnamed_Northern Rivers_25218"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26980	"unnamed_Northern Rivers_25219"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26981	"unnamed_Northern Rivers_25220"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26982	"unnamed_Northern Rivers_25221"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26983	"unnamed_Northern Rivers_25222"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26984	"unnamed_Northern Rivers_25223"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26985	"unnamed_Northern Rivers_25224"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26986	"unnamed_Northern Rivers_25225"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26987	"unnamed_Northern Rivers_25226"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26988	"unnamed_Northern Rivers_25227"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26989	"unnamed_Northern Rivers_25228"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26990	"unnamed_Northern Rivers_25229"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26991	"unnamed_Northern Rivers_25230"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26992	"unnamed_Northern Rivers_25231"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26993	"unnamed_Northern Rivers_25232"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26994	"unnamed_Northern Rivers_25233"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26995	"unnamed_Northern Rivers_25234"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26996	"unnamed_Northern Rivers_25235"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26997	"unnamed_Northern Rivers_25236"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26998	"unnamed_Northern Rivers_25237"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
26999	"unnamed_Northern Rivers_25238"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27000	"unnamed_Northern Rivers_25239"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27001	"unnamed_Northern Rivers_25240"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27002	"unnamed_Northern Rivers_25241"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27003	"unnamed_Northern Rivers_25242"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27004	"unnamed_Northern Rivers_25243"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27005	"unnamed_Northern Rivers_25244"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27006	"unnamed_Northern Rivers_25245"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27007	"unnamed_Northern Rivers_25246"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27008	"unnamed_Northern Rivers_25247"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27009	"unnamed_Northern Rivers_25248"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27010	"unnamed_Northern Rivers_25249"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27011	"unnamed_Northern Rivers_25250"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27012	"unnamed_Northern Rivers_25251"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27013	"unnamed_Northern Rivers_25252"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27014	"unnamed_Northern Rivers_25253"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27015	"unnamed_Northern Rivers_25254"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27016	"unnamed_Northern Rivers_25255"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27017	"unnamed_Northern Rivers_25256"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27018	"unnamed_Northern Rivers_25257"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27019	"unnamed_Northern Rivers_25258"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27020	"unnamed_Northern Rivers_25259"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27021	"unnamed_Northern Rivers_25260"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27022	"unnamed_Northern Rivers_25261"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27023	"unnamed_Northern Rivers_25262"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27024	"unnamed_Northern Rivers_25263"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27025	"unnamed_Northern Rivers_25264"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27026	"unnamed_Northern Rivers_25265"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27027	"unnamed_Northern Rivers_25266"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27028	"unnamed_Northern Rivers_25267"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27029	"unnamed_Northern Rivers_25268"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27030	"unnamed_Northern Rivers_25269"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27031	"unnamed_Northern Rivers_25270"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27032	"unnamed_Northern Rivers_25271"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27033	"unnamed_Northern Rivers_25272"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27034	"unnamed_Northern Rivers_25273"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27035	"unnamed_Northern Rivers_25274"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27036	"unnamed_Northern Rivers_25275"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27037	"unnamed_Northern Rivers_25276"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27038	"unnamed_Northern Rivers_25277"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27039	"unnamed_Northern Rivers_25278"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27040	"unnamed_Northern Rivers_25279"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27041	"unnamed_Northern Rivers_25280"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27042	"unnamed_Northern Rivers_25281"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27043	"unnamed_Northern Rivers_25282"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27044	"unnamed_Northern Rivers_25283"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27045	"unnamed_Northern Rivers_25284"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27046	"unnamed_Northern Rivers_25285"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27047	"unnamed_Northern Rivers_25286"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27048	"unnamed_Northern Rivers_25287"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27049	"unnamed_Northern Rivers_25288"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27050	"unnamed_Northern Rivers_25289"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27051	"unnamed_Northern Rivers_25290"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27052	"unnamed_Northern Rivers_25291"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27053	"unnamed_Northern Rivers_25292"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27056	"unnamed_Northern Rivers_25295"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27057	"unnamed_Northern Rivers_25296"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27058	"unnamed_Northern Rivers_25297"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27059	"unnamed_Northern Rivers_25298"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27060	"unnamed_Northern Rivers_25299"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27061	"unnamed_Northern Rivers_25300"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27062	"unnamed_Northern Rivers_25301"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27063	"unnamed_Northern Rivers_25302"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27064	"unnamed_Northern Rivers_25303"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27065	"unnamed_Northern Rivers_25304"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27066	"unnamed_Northern Rivers_25305"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27067	"unnamed_Northern Rivers_25306"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27068	"unnamed_Northern Rivers_25307"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27069	"unnamed_Northern Rivers_25308"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27070	"unnamed_Northern Rivers_25309"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27071	"unnamed_Northern Rivers_25310"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27072	"unnamed_Northern Rivers_25311"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27073	"unnamed_Northern Rivers_25312"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27074	"unnamed_Northern Rivers_25313"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27075	"unnamed_Northern Rivers_25314"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27076	"unnamed_Northern Rivers_25315"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27077	"unnamed_Northern Rivers_25316"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27078	"unnamed_Northern Rivers_25317"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27079	"unnamed_Northern Rivers_25318"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27080	"unnamed_Northern Rivers_25319"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27082	"unnamed_Northern Rivers_25321"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27083	"unnamed_Northern Rivers_25322"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27084	"unnamed_Northern Rivers_25323"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27085	"unnamed_Northern Rivers_25324"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27086	"unnamed_Northern Rivers_25325"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27087	"unnamed_Northern Rivers_25326"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27088	"unnamed_Northern Rivers_25327"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27089	"unnamed_Northern Rivers_25328"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27090	"unnamed_Northern Rivers_25329"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27091	"unnamed_Northern Rivers_25330"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27092	"unnamed_Northern Rivers_25331"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27093	"unnamed_Northern Rivers_25332"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27094	"unnamed_Northern Rivers_25333"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27095	"unnamed_Northern Rivers_25334"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27096	"unnamed_Northern Rivers_25335"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27097	"unnamed_Northern Rivers_25336"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27098	"unnamed_Northern Rivers_25337"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27099	"unnamed_Northern Rivers_25338"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27100	"unnamed_Northern Rivers_25339"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27101	"unnamed_Northern Rivers_25340"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27102	"unnamed_Northern Rivers_25341"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27103	"unnamed_Northern Rivers_25342"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27104	"unnamed_Northern Rivers_25343"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27105	"unnamed_Northern Rivers_25344"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27106	"unnamed_Northern Rivers_25345"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27107	"unnamed_Northern Rivers_25346"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27108	"unnamed_Northern Rivers_25347"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27109	"unnamed_Northern Rivers_25348"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27110	"unnamed_Northern Rivers_25349"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27111	"unnamed_Northern Rivers_25350"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27112	"unnamed_Northern Rivers_25351"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27113	"unnamed_Northern Rivers_25352"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27114	"unnamed_Northern Rivers_25353"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27115	"unnamed_Northern Rivers_25354"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27116	"unnamed_Northern Rivers_25355"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27117	"unnamed_Northern Rivers_25356"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27118	"unnamed_Northern Rivers_25357"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27119	"unnamed_Northern Rivers_25358"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27120	"unnamed_Northern Rivers_25359"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27121	"unnamed_Northern Rivers_25360"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27122	"unnamed_Northern Rivers_25361"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27123	"unnamed_Northern Rivers_25362"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27124	"unnamed_Northern Rivers_25363"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27125	"unnamed_Northern Rivers_25364"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27126	"unnamed_Northern Rivers_25365"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27127	"unnamed_Northern Rivers_25366"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27128	"unnamed_Northern Rivers_25367"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27129	"unnamed_Northern Rivers_25368"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27130	"unnamed_Northern Rivers_25369"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27131	"unnamed_Northern Rivers_25370"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27132	"unnamed_Northern Rivers_25371"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27133	"unnamed_Northern Rivers_25372"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27134	"unnamed_Northern Rivers_25373"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27135	"unnamed_Northern Rivers_25374"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27136	"unnamed_Northern Rivers_25375"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27137	"unnamed_Northern Rivers_25376"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27138	"unnamed_Northern Rivers_25377"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27139	"unnamed_Northern Rivers_25378"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27140	"unnamed_Northern Rivers_25379"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27141	"unnamed_Northern Rivers_25380"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27142	"unnamed_Northern Rivers_25381"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27143	"unnamed_Northern Rivers_25382"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27144	"unnamed_Northern Rivers_25383"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27145	"unnamed_Northern Rivers_25384"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27146	"unnamed_Northern Rivers_25385"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27147	"unnamed_Northern Rivers_25386"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27148	"unnamed_Northern Rivers_25387"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27149	"unnamed_Northern Rivers_25388"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27150	"unnamed_Northern Rivers_25389"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27151	"unnamed_Northern Rivers_25390"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27152	"unnamed_Northern Rivers_25391"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27153	"unnamed_Northern Rivers_25392"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27154	"unnamed_Northern Rivers_25393"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27155	"unnamed_Northern Rivers_25394"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27156	"unnamed_Northern Rivers_25395"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27157	"unnamed_Northern Rivers_25396"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27158	"unnamed_Northern Rivers_25397"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27159	"unnamed_Northern Rivers_25398"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27160	"unnamed_Northern Rivers_25399"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27161	"unnamed_Northern Rivers_25400"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27162	"unnamed_Northern Rivers_25401"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27163	"unnamed_Northern Rivers_25402"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27164	"unnamed_Northern Rivers_25403"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27165	"unnamed_Northern Rivers_25404"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27166	"unnamed_Northern Rivers_25405"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27167	"unnamed_Northern Rivers_25406"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27168	"unnamed_Northern Rivers_25407"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27169	"unnamed_Northern Rivers_25408"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27170	"unnamed_Northern Rivers_25409"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27171	"unnamed_Northern Rivers_25410"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27172	"unnamed_Northern Rivers_25411"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27173	"unnamed_Northern Rivers_25412"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27174	"unnamed_Northern Rivers_25413"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27175	"unnamed_Northern Rivers_25414"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27176	"unnamed_Northern Rivers_25415"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27177	"unnamed_Northern Rivers_25416"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27178	"unnamed_Northern Rivers_25417"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27179	"unnamed_Northern Rivers_25418"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27180	"unnamed_Northern Rivers_25419"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27181	"unnamed_Northern Rivers_25420"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27182	"unnamed_Northern Rivers_25421"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27183	"unnamed_Northern Rivers_25422"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27184	"unnamed_Northern Rivers_25423"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27185	"unnamed_Northern Rivers_25424"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27186	"unnamed_Northern Rivers_25425"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27187	"unnamed_Northern Rivers_25426"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27188	"unnamed_Northern Rivers_25427"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27189	"unnamed_Northern Rivers_25428"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27190	"unnamed_Northern Rivers_25429"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27191	"unnamed_Northern Rivers_25430"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27192	"unnamed_Northern Rivers_25431"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27193	"unnamed_Northern Rivers_25432"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27194	"unnamed_Northern Rivers_25433"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27195	"unnamed_Northern Rivers_25434"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27196	"unnamed_Northern Rivers_25435"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27197	"unnamed_Northern Rivers_25436"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27198	"unnamed_Northern Rivers_25437"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27199	"unnamed_Northern Rivers_25438"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27201	"unnamed_Northern Rivers_25440"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27202	"unnamed_Northern Rivers_25441"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27207	"unnamed_Northern Rivers_25446"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27208	"unnamed_Northern Rivers_25447"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27209	"unnamed_Northern Rivers_25448"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27210	"unnamed_Northern Rivers_25449"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27212	"unnamed_Northern Rivers_25451"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27213	"unnamed_Northern Rivers_25452"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27214	"unnamed_Northern Rivers_25453"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27218	"unnamed_Northern Rivers_25457"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27220	"unnamed_Northern Rivers_25459"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27225	"unnamed_Northern Rivers_25464"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27230	"unnamed_Northern Rivers_25469"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27231	"unnamed_Northern Rivers_25470"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27232	"unnamed_Northern Rivers_25471"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27233	"unnamed_Northern Rivers_25472"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27234	"unnamed_Northern Rivers_25473"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27235	"unnamed_Northern Rivers_25474"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27236	"unnamed_Northern Rivers_25475"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27237	"unnamed_Northern Rivers_25476"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27238	"unnamed_Northern Rivers_25477"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27244	"unnamed_Northern Rivers_25483"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27248	"unnamed_Northern Rivers_25487"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27307	"unnamed_Northern Rivers_25546"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27309	"unnamed_Northern Rivers_25548"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27310	"unnamed_Northern Rivers_25549"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27311	"unnamed_Northern Rivers_25550"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27312	"unnamed_Northern Rivers_25551"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27313	"unnamed_Northern Rivers_25552"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27314	"unnamed_Northern Rivers_25553"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27315	"unnamed_Northern Rivers_25554"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27316	"unnamed_Northern Rivers_25555"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27317	"unnamed_Northern Rivers_25556"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27318	"unnamed_Northern Rivers_25557"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27319	"unnamed_Northern Rivers_25558"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27320	"unnamed_Northern Rivers_25559"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27321	"unnamed_Northern Rivers_25560"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27322	"unnamed_Northern Rivers_25561"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27323	"unnamed_Northern Rivers_25562"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27324	"unnamed_Northern Rivers_25563"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27325	"unnamed_Northern Rivers_25564"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27326	"unnamed_Northern Rivers_25565"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27327	"unnamed_Northern Rivers_25566"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27328	"unnamed_Northern Rivers_25567"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27329	"unnamed_Northern Rivers_25568"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27330	"unnamed_Northern Rivers_25569"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27331	"unnamed_Northern Rivers_25570"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27332	"unnamed_Northern Rivers_25571"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27333	"unnamed_Northern Rivers_25572"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27334	"unnamed_Northern Rivers_25573"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27335	"unnamed_Northern Rivers_25574"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27336	"unnamed_Northern Rivers_25575"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27337	"unnamed_Northern Rivers_25576"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27338	"unnamed_Northern Rivers_25577"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27339	"unnamed_Northern Rivers_25578"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27340	"unnamed_Northern Rivers_25579"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27341	"unnamed_Northern Rivers_25580"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27342	"unnamed_Northern Rivers_25581"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27343	"unnamed_Northern Rivers_25582"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27344	"unnamed_Northern Rivers_25583"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27345	"unnamed_Northern Rivers_25584"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27346	"unnamed_Northern Rivers_25585"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27347	"unnamed_Northern Rivers_25586"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27348	"unnamed_Northern Rivers_25587"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27349	"unnamed_Northern Rivers_25588"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27350	"unnamed_Northern Rivers_25589"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27351	"unnamed_Northern Rivers_25590"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27352	"unnamed_Northern Rivers_25591"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27353	"unnamed_Northern Rivers_25592"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27354	"unnamed_Northern Rivers_25593"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27355	"unnamed_Northern Rivers_25594"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27356	"unnamed_Northern Rivers_25595"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27357	"unnamed_Northern Rivers_25596"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27358	"unnamed_Northern Rivers_25597"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27359	"unnamed_Northern Rivers_25598"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27361	"unnamed_Northern Rivers_25600"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27362	"unnamed_Northern Rivers_25601"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27363	"unnamed_Northern Rivers_25602"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27364	"unnamed_Northern Rivers_25603"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27365	"unnamed_Northern Rivers_25604"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27366	"unnamed_Northern Rivers_25605"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27367	"unnamed_Northern Rivers_25606"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27368	"unnamed_Northern Rivers_25607"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27369	"unnamed_Northern Rivers_25608"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27370	"unnamed_Northern Rivers_25609"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27372	"unnamed_Northern Rivers_25611"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27373	"unnamed_Northern Rivers_25612"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27374	"unnamed_Northern Rivers_25613"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27375	"unnamed_Northern Rivers_25614"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27376	"unnamed_Northern Rivers_25615"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27377	"unnamed_Northern Rivers_25616"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27378	"unnamed_Northern Rivers_25617"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27379	"unnamed_Northern Rivers_25618"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27380	"unnamed_Northern Rivers_25619"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27381	"unnamed_Northern Rivers_25620"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27382	"unnamed_Northern Rivers_25621"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27383	"unnamed_Northern Rivers_25622"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27384	"unnamed_Northern Rivers_25623"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27385	"unnamed_Northern Rivers_25624"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27386	"unnamed_Northern Rivers_25625"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27387	"unnamed_Northern Rivers_25626"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27388	"unnamed_Northern Rivers_25627"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27389	"unnamed_Northern Rivers_25628"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27390	"unnamed_Northern Rivers_25629"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27391	"unnamed_Northern Rivers_25630"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27392	"unnamed_Northern Rivers_25631"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27400	"unnamed_Northern Rivers_25639"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27401	"unnamed_Northern Rivers_25640"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27402	"unnamed_Northern Rivers_25641"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27403	"unnamed_Northern Rivers_25642"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27404	"unnamed_Northern Rivers_25643"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27405	"unnamed_Northern Rivers_25644"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27407	"unnamed_Northern Rivers_25646"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27408	"unnamed_Northern Rivers_25647"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27409	"unnamed_Northern Rivers_25648"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27410	"unnamed_Northern Rivers_25649"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27411	"unnamed_Northern Rivers_25650"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27412	"unnamed_Northern Rivers_25651"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27413	"unnamed_Northern Rivers_25652"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27414	"unnamed_Northern Rivers_25653"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27415	"unnamed_Northern Rivers_25654"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27416	"unnamed_Northern Rivers_25655"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27417	"unnamed_Northern Rivers_25656"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27418	"unnamed_Northern Rivers_25657"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27420	"unnamed_Northern Rivers_25659"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27421	"unnamed_Northern Rivers_25660"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27422	"unnamed_Northern Rivers_25661"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27423	"unnamed_Northern Rivers_25662"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27424	"unnamed_Northern Rivers_25663"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27425	"unnamed_Northern Rivers_25664"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27426	"unnamed_Northern Rivers_25665"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27427	"unnamed_Northern Rivers_25666"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27428	"unnamed_Northern Rivers_25667"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27429	"unnamed_Northern Rivers_25668"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27430	"unnamed_Northern Rivers_25669"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27431	"unnamed_Northern Rivers_25670"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27432	"unnamed_Northern Rivers_25671"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27433	"unnamed_Northern Rivers_25672"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27434	"unnamed_Northern Rivers_25673"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27435	"unnamed_Northern Rivers_25674"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27436	"unnamed_Northern Rivers_25675"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27438	"unnamed_Northern Rivers_25677"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27439	"unnamed_Northern Rivers_25678"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27440	"unnamed_Northern Rivers_25679"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27441	"unnamed_Northern Rivers_25680"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27443	"unnamed_Northern Rivers_25682"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27444	"unnamed_Northern Rivers_25683"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27446	"unnamed_Northern Rivers_25685"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27447	"unnamed_Northern Rivers_25686"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27452	"unnamed_Northern Rivers_25691"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27453	"unnamed_Northern Rivers_25692"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27455	"unnamed_Northern Rivers_25694"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27456	"unnamed_Northern Rivers_25695"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27457	"unnamed_Northern Rivers_25696"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27458	"unnamed_Northern Rivers_25697"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27459	"unnamed_Northern Rivers_25698"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27460	"unnamed_Northern Rivers_25699"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27461	"unnamed_Northern Rivers_25700"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27462	"unnamed_Northern Rivers_25701"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27463	"unnamed_Northern Rivers_25702"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27464	"unnamed_Northern Rivers_25703"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27466	"unnamed_Northern Rivers_25705"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27468	"unnamed_Northern Rivers_25707"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27469	"unnamed_Northern Rivers_25708"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27470	"unnamed_Northern Rivers_25709"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27471	"unnamed_Northern Rivers_25710"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27473	"unnamed_Northern Rivers_25712"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27474	"unnamed_Northern Rivers_25713"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27475	"unnamed_Northern Rivers_25714"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27476	"unnamed_Northern Rivers_25715"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27477	"unnamed_Northern Rivers_25716"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27478	"unnamed_Northern Rivers_25717"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27479	"unnamed_Northern Rivers_25718"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27480	"unnamed_Northern Rivers_25719"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27481	"unnamed_Northern Rivers_25720"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27482	"unnamed_Northern Rivers_25721"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27483	"unnamed_Northern Rivers_25722"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27484	"unnamed_Northern Rivers_25723"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27485	"unnamed_Northern Rivers_25724"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27486	"unnamed_Northern Rivers_25725"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27487	"unnamed_Northern Rivers_25726"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27488	"unnamed_Northern Rivers_25727"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27489	"unnamed_Northern Rivers_25728"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27490	"unnamed_Northern Rivers_25729"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27491	"unnamed_Northern Rivers_25730"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27492	"unnamed_Northern Rivers_25731"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27493	"unnamed_Northern Rivers_25732"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27494	"unnamed_Northern Rivers_25733"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27495	"unnamed_Northern Rivers_25734"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27496	"unnamed_Northern Rivers_25735"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27497	"unnamed_Northern Rivers_25736"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27498	"unnamed_Northern Rivers_25737"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27499	"unnamed_Northern Rivers_25738"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27500	"unnamed_Northern Rivers_25739"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27501	"unnamed_Northern Rivers_25740"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27502	"unnamed_Northern Rivers_25741"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27503	"unnamed_Northern Rivers_25742"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27504	"unnamed_Northern Rivers_25743"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27505	"unnamed_Northern Rivers_25744"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27506	"unnamed_Northern Rivers_25745"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27507	"unnamed_Northern Rivers_25746"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27508	"unnamed_Northern Rivers_25747"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27509	"unnamed_Northern Rivers_25748"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27510	"unnamed_Northern Rivers_25749"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27511	"unnamed_Northern Rivers_25750"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27512	"unnamed_Northern Rivers_25751"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27513	"unnamed_Northern Rivers_25752"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27514	"unnamed_Northern Rivers_25753"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27515	"unnamed_Northern Rivers_25754"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27516	"unnamed_Northern Rivers_25755"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27517	"unnamed_Northern Rivers_25756"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27518	"unnamed_Northern Rivers_25757"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27519	"unnamed_Northern Rivers_25758"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27520	"unnamed_Northern Rivers_25759"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27521	"unnamed_Northern Rivers_25760"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27522	"unnamed_Northern Rivers_25761"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27523	"unnamed_Northern Rivers_25762"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27524	"unnamed_Northern Rivers_25763"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27525	"unnamed_Northern Rivers_25764"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27526	"unnamed_Northern Rivers_25765"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27527	"unnamed_Northern Rivers_25766"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27528	"unnamed_Northern Rivers_25767"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27529	"unnamed_Northern Rivers_25768"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27530	"unnamed_Northern Rivers_25769"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27531	"unnamed_Northern Rivers_25770"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27532	"unnamed_Northern Rivers_25771"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27533	"unnamed_Northern Rivers_25772"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27534	"unnamed_Northern Rivers_25773"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27535	"unnamed_Northern Rivers_25774"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27536	"unnamed_Northern Rivers_25775"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27537	"unnamed_Northern Rivers_25776"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27538	"unnamed_Northern Rivers_25777"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27539	"unnamed_Northern Rivers_25778"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27540	"unnamed_Northern Rivers_25779"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27541	"unnamed_Northern Rivers_25780"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27542	"unnamed_Northern Rivers_25781"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27543	"unnamed_Northern Rivers_25782"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27544	"unnamed_Northern Rivers_25783"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27545	"unnamed_Northern Rivers_25784"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27548	"unnamed_Northern Rivers_25787"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27549	"unnamed_Northern Rivers_25788"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27550	"unnamed_Northern Rivers_25789"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27551	"unnamed_Northern Rivers_25790"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27552	"unnamed_Northern Rivers_25791"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27553	"unnamed_Northern Rivers_25792"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27554	"unnamed_Northern Rivers_25793"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27555	"unnamed_Northern Rivers_25794"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27556	"unnamed_Northern Rivers_25795"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27557	"unnamed_Northern Rivers_25796"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27558	"unnamed_Northern Rivers_25797"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27559	"unnamed_Northern Rivers_25798"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27560	"unnamed_Northern Rivers_25799"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27561	"unnamed_Northern Rivers_25800"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27562	"unnamed_Northern Rivers_25801"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27563	"unnamed_Northern Rivers_25802"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27567	"unnamed_Northern Rivers_25806"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27568	"unnamed_Northern Rivers_25807"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27569	"unnamed_Northern Rivers_25808"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27570	"unnamed_Northern Rivers_25809"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27577	"unnamed_Northern Rivers_25816"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27581	"unnamed_Northern Rivers_25820"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27583	"unnamed_Northern Rivers_25822"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27585	"unnamed_Northern Rivers_25824"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27592	"unnamed_Northern Rivers_25831"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27595	"unnamed_Northern Rivers_25834"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27597	"unnamed_Northern Rivers_25836"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27598	"unnamed_Northern Rivers_25837"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27599	"unnamed_Northern Rivers_25838"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27600	"unnamed_Northern Rivers_25839"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27601	"unnamed_Northern Rivers_25840"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27602	"unnamed_Northern Rivers_25841"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27604	"unnamed_Northern Rivers_25843"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27605	"unnamed_Northern Rivers_25844"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27606	"unnamed_Northern Rivers_25845"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27609	"unnamed_Northern Rivers_25848"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27610	"unnamed_Northern Rivers_25849"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27611	"unnamed_Northern Rivers_25850"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27613	"unnamed_Northern Rivers_25852"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27614	"unnamed_Northern Rivers_25853"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27615	"unnamed_Northern Rivers_25854"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27616	"unnamed_Northern Rivers_25855"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27618	"unnamed_Northern Rivers_25857"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27619	"unnamed_Northern Rivers_25858"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27620	"unnamed_Northern Rivers_25859"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27621	"unnamed_Northern Rivers_25860"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27622	"unnamed_Northern Rivers_25861"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27623	"unnamed_Northern Rivers_25862"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27624	"unnamed_Northern Rivers_25863"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27625	"unnamed_Northern Rivers_25864"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27626	"unnamed_Northern Rivers_25865"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27627	"unnamed_Northern Rivers_25866"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27628	"unnamed_Northern Rivers_25867"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27629	"unnamed_Northern Rivers_25868"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27630	"unnamed_Northern Rivers_25869"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27631	"unnamed_Northern Rivers_25870"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27632	"unnamed_Northern Rivers_25871"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27633	"unnamed_Northern Rivers_25872"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27634	"unnamed_Northern Rivers_25873"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27635	"unnamed_Northern Rivers_25874"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27636	"unnamed_Northern Rivers_25875"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27637	"unnamed_Northern Rivers_25876"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27638	"unnamed_Northern Rivers_25877"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27639	"unnamed_Northern Rivers_25878"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27640	"unnamed_Northern Rivers_25879"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27641	"unnamed_Northern Rivers_25880"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27642	"unnamed_Northern Rivers_25881"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27643	"unnamed_Northern Rivers_25882"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27644	"unnamed_Northern Rivers_25883"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27645	"unnamed_Northern Rivers_25884"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27646	"unnamed_Northern Rivers_25885"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27647	"unnamed_Northern Rivers_25886"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27648	"unnamed_Northern Rivers_25887"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27649	"unnamed_Northern Rivers_25888"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27650	"unnamed_Northern Rivers_25889"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27651	"unnamed_Northern Rivers_25890"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27653	"unnamed_Northern Rivers_25892"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27654	"unnamed_Northern Rivers_25893"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27655	"unnamed_Northern Rivers_25894"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27656	"unnamed_Northern Rivers_25895"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27657	"unnamed_Northern Rivers_25896"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27658	"unnamed_Northern Rivers_25897"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27659	"unnamed_Northern Rivers_25898"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27660	"unnamed_Northern Rivers_25899"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27661	"unnamed_Northern Rivers_25900"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27662	"unnamed_Northern Rivers_25901"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27663	"unnamed_Northern Rivers_25902"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27664	"unnamed_Northern Rivers_25903"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27665	"unnamed_Northern Rivers_25904"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27666	"unnamed_Northern Rivers_25905"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27667	"unnamed_Northern Rivers_25906"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27669	"unnamed_Northern Rivers_25908"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27670	"unnamed_Northern Rivers_25909"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27671	"unnamed_Northern Rivers_25910"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27672	"unnamed_Northern Rivers_25911"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27673	"unnamed_Northern Rivers_25912"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27674	"unnamed_Northern Rivers_25913"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27675	"unnamed_Northern Rivers_25914"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27676	"unnamed_Northern Rivers_25915"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27677	"unnamed_Northern Rivers_25916"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27678	"unnamed_Northern Rivers_25917"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27679	"unnamed_Northern Rivers_25918"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27680	"unnamed_Northern Rivers_25919"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27681	"unnamed_Northern Rivers_25920"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27682	"unnamed_Northern Rivers_25921"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27683	"unnamed_Northern Rivers_25922"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27684	"unnamed_Northern Rivers_25923"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27685	"unnamed_Northern Rivers_25924"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27686	"unnamed_Northern Rivers_25925"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27687	"unnamed_Northern Rivers_25926"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27688	"unnamed_Northern Rivers_25927"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27689	"unnamed_Northern Rivers_25928"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27690	"unnamed_Northern Rivers_25929"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27691	"unnamed_Northern Rivers_25930"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27692	"unnamed_Northern Rivers_25931"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27693	"unnamed_Northern Rivers_25932"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27694	"unnamed_Northern Rivers_25933"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27695	"unnamed_Northern Rivers_25934"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27696	"unnamed_Northern Rivers_25935"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27697	"unnamed_Northern Rivers_25936"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27698	"unnamed_Northern Rivers_25937"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27699	"unnamed_Northern Rivers_25938"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27700	"unnamed_Northern Rivers_25939"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27701	"unnamed_Northern Rivers_25940"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27702	"unnamed_Northern Rivers_25941"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27703	"unnamed_Northern Rivers_25942"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27704	"unnamed_Northern Rivers_25943"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27705	"unnamed_Northern Rivers_25944"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27706	"unnamed_Northern Rivers_25945"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27707	"unnamed_Northern Rivers_25946"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27708	"unnamed_Northern Rivers_25947"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27709	"unnamed_Northern Rivers_25948"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27710	"unnamed_Northern Rivers_25949"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27711	"unnamed_Northern Rivers_25950"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27712	"unnamed_Northern Rivers_25951"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27713	"unnamed_Northern Rivers_25952"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27714	"unnamed_Northern Rivers_25953"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27715	"unnamed_Northern Rivers_25954"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27716	"unnamed_Northern Rivers_25955"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27717	"unnamed_Northern Rivers_25956"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27718	"unnamed_Northern Rivers_25957"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27719	"unnamed_Northern Rivers_25958"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27720	"unnamed_Northern Rivers_25959"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27721	"unnamed_Northern Rivers_25960"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27722	"unnamed_Northern Rivers_25961"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27723	"unnamed_Northern Rivers_25962"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27724	"unnamed_Northern Rivers_25963"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27725	"unnamed_Northern Rivers_25964"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27726	"unnamed_Northern Rivers_25965"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27727	"unnamed_Northern Rivers_25966"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27728	"unnamed_Northern Rivers_25967"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27729	"unnamed_Northern Rivers_25968"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27730	"unnamed_Northern Rivers_25969"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27731	"unnamed_Northern Rivers_25970"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27732	"unnamed_Northern Rivers_25971"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27733	"unnamed_Northern Rivers_25972"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27734	"unnamed_Northern Rivers_25973"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27735	"unnamed_Northern Rivers_25974"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27736	"unnamed_Northern Rivers_25975"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27737	"unnamed_Northern Rivers_25976"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27738	"unnamed_Northern Rivers_25977"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27739	"unnamed_Northern Rivers_25978"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27740	"unnamed_Northern Rivers_25979"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27741	"unnamed_Northern Rivers_25980"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27742	"unnamed_Northern Rivers_25981"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27743	"unnamed_Northern Rivers_25982"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27744	"unnamed_Northern Rivers_25983"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27745	"unnamed_Northern Rivers_25984"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27746	"unnamed_Northern Rivers_25985"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27747	"unnamed_Northern Rivers_25986"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27748	"unnamed_Northern Rivers_25987"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27749	"unnamed_Northern Rivers_25988"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27750	"unnamed_Northern Rivers_25989"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27751	"unnamed_Northern Rivers_25990"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27752	"unnamed_Northern Rivers_25991"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27753	"unnamed_Northern Rivers_25992"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27755	"unnamed_Northern Rivers_25994"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27756	"unnamed_Northern Rivers_25995"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27758	"unnamed_Northern Rivers_25997"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27761	"unnamed_Northern Rivers_26000"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27762	"unnamed_Northern Rivers_26001"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27763	"unnamed_Northern Rivers_26002"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27764	"unnamed_Northern Rivers_26003"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27765	"unnamed_Northern Rivers_26004"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27768	"unnamed_Northern Rivers_26007"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27769	"unnamed_Northern Rivers_26008"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27771	"unnamed_Northern Rivers_26010"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27774	"unnamed_Northern Rivers_26013"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27775	"unnamed_Northern Rivers_26014"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27776	"unnamed_Northern Rivers_26015"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27777	"unnamed_Northern Rivers_26016"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27778	"unnamed_Northern Rivers_26017"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27779	"unnamed_Northern Rivers_26018"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27780	"unnamed_Northern Rivers_26019"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27781	"unnamed_Northern Rivers_26020"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27782	"unnamed_Northern Rivers_26021"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27783	"unnamed_Northern Rivers_26022"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27784	"unnamed_Northern Rivers_26023"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27785	"unnamed_Northern Rivers_26024"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27786	"unnamed_Northern Rivers_26025"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27787	"unnamed_Northern Rivers_26026"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27788	"unnamed_Northern Rivers_26027"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27789	"unnamed_Northern Rivers_26028"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27790	"unnamed_Northern Rivers_26029"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27793	"unnamed_Northern Rivers_26032"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27794	"unnamed_Northern Rivers_26033"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27795	"unnamed_Northern Rivers_26034"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27797	"unnamed_Northern Rivers_26036"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27798	"unnamed_Northern Rivers_26037"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27799	"unnamed_Northern Rivers_26038"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27800	"unnamed_Northern Rivers_26039"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27801	"unnamed_Northern Rivers_26040"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27802	"unnamed_Northern Rivers_26041"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27803	"unnamed_Northern Rivers_26042"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27804	"unnamed_Northern Rivers_26043"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27805	"unnamed_Northern Rivers_26044"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27806	"unnamed_Northern Rivers_26045"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27807	"unnamed_Northern Rivers_26046"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27809	"unnamed_Northern Rivers_26048"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27810	"unnamed_Northern Rivers_26049"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27811	"unnamed_Northern Rivers_26050"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27812	"unnamed_Northern Rivers_26051"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27813	"unnamed_Northern Rivers_26052"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27814	"unnamed_Northern Rivers_26053"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27818	"unnamed_Northern Rivers_26057"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27819	"unnamed_Northern Rivers_26058"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27820	"unnamed_Northern Rivers_26059"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27821	"unnamed_Northern Rivers_26060"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27822	"unnamed_Northern Rivers_26061"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27823	"unnamed_Northern Rivers_26062"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27824	"unnamed_Northern Rivers_26063"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27825	"unnamed_Northern Rivers_26064"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27826	"unnamed_Northern Rivers_26065"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27827	"unnamed_Northern Rivers_26066"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27829	"unnamed_Northern Rivers_26068"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27831	"unnamed_Northern Rivers_26070"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27832	"unnamed_Northern Rivers_26071"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27833	"unnamed_Northern Rivers_26072"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27834	"unnamed_Northern Rivers_26073"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27835	"unnamed_Northern Rivers_26074"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27836	"unnamed_Northern Rivers_26075"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27837	"unnamed_Northern Rivers_26076"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27838	"unnamed_Northern Rivers_26077"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27839	"unnamed_Northern Rivers_26078"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27840	"unnamed_Northern Rivers_26079"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27841	"unnamed_Northern Rivers_26080"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27842	"unnamed_Northern Rivers_26081"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27843	"unnamed_Northern Rivers_26082"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27845	"unnamed_Northern Rivers_26084"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27846	"unnamed_Northern Rivers_26085"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27847	"unnamed_Northern Rivers_26086"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27848	"unnamed_Northern Rivers_26087"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27849	"unnamed_Northern Rivers_26088"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27850	"unnamed_Northern Rivers_26089"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27851	"unnamed_Northern Rivers_26090"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27852	"unnamed_Northern Rivers_26091"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27853	"unnamed_Northern Rivers_26092"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27854	"unnamed_Northern Rivers_26093"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27855	"unnamed_Northern Rivers_26094"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27856	"unnamed_Northern Rivers_26095"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27858	"unnamed_Northern Rivers_26097"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27861	"unnamed_Northern Rivers_26100"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27862	"unnamed_Northern Rivers_26101"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27863	"unnamed_Northern Rivers_26102"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27865	"unnamed_Northern Rivers_26104"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27868	"unnamed_Northern Rivers_26107"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27870	"unnamed_Northern Rivers_26109"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27871	"unnamed_Northern Rivers_26110"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27872	"unnamed_Northern Rivers_26111"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27873	"unnamed_Northern Rivers_26112"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27874	"unnamed_Northern Rivers_26113"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27875	"unnamed_Northern Rivers_26114"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27878	"unnamed_Northern Rivers_26117"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27879	"unnamed_Northern Rivers_26118"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27880	"unnamed_Northern Rivers_26119"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27881	"unnamed_Northern Rivers_26120"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27882	"unnamed_Northern Rivers_26121"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27885	"unnamed_Northern Rivers_26124"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27887	"unnamed_Northern Rivers_26126"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27888	"unnamed_Northern Rivers_26127"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27889	"unnamed_Northern Rivers_26128"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27890	"unnamed_Northern Rivers_26129"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27891	"unnamed_Northern Rivers_26130"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27892	"unnamed_Northern Rivers_26131"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27893	"unnamed_Northern Rivers_26132"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27894	"unnamed_Northern Rivers_26133"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27895	"unnamed_Northern Rivers_26134"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27896	"unnamed_Northern Rivers_26135"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27897	"unnamed_Northern Rivers_26136"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27898	"unnamed_Northern Rivers_26137"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27899	"unnamed_Northern Rivers_26138"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27900	"unnamed_Northern Rivers_26139"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27901	"unnamed_Northern Rivers_26140"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27902	"unnamed_Northern Rivers_26141"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27903	"unnamed_Northern Rivers_26142"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27904	"unnamed_Northern Rivers_26143"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27905	"unnamed_Northern Rivers_26144"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27906	"unnamed_Northern Rivers_26145"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27907	"unnamed_Northern Rivers_26146"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27908	"unnamed_Northern Rivers_26147"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27909	"unnamed_Northern Rivers_26148"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27910	"unnamed_Northern Rivers_26149"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27911	"unnamed_Northern Rivers_26150"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27912	"unnamed_Northern Rivers_26151"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27913	"unnamed_Northern Rivers_26152"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27914	"unnamed_Northern Rivers_26153"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27915	"unnamed_Northern Rivers_26154"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27916	"unnamed_Northern Rivers_26155"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27917	"unnamed_Northern Rivers_26156"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27918	"unnamed_Northern Rivers_26157"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27919	"unnamed_Northern Rivers_26158"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27920	"unnamed_Northern Rivers_26159"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27921	"unnamed_Northern Rivers_26160"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27922	"unnamed_Northern Rivers_26161"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27923	"unnamed_Northern Rivers_26162"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27924	"unnamed_Northern Rivers_26163"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27925	"unnamed_Northern Rivers_26164"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27926	"unnamed_Northern Rivers_26165"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27927	"unnamed_Northern Rivers_26166"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27928	"unnamed_Northern Rivers_26167"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27929	"unnamed_Northern Rivers_26168"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27930	"unnamed_Northern Rivers_26169"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27931	"unnamed_Northern Rivers_26170"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27932	"unnamed_Northern Rivers_26171"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27933	"unnamed_Northern Rivers_26172"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27934	"unnamed_Northern Rivers_26173"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27935	"unnamed_Northern Rivers_26174"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27936	"unnamed_Northern Rivers_26175"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27937	"unnamed_Northern Rivers_26176"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27938	"unnamed_Northern Rivers_26177"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27939	"unnamed_Northern Rivers_26178"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27940	"unnamed_Northern Rivers_26179"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27946	"unnamed_Northern Rivers_26185"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27947	"unnamed_Northern Rivers_26186"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27948	"unnamed_Northern Rivers_26187"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27949	"unnamed_Northern Rivers_26188"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27950	"unnamed_Northern Rivers_26189"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27951	"unnamed_Northern Rivers_26190"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27952	"unnamed_Northern Rivers_26191"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27953	"unnamed_Northern Rivers_26192"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27954	"unnamed_Northern Rivers_26193"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27955	"unnamed_Northern Rivers_26194"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27956	"unnamed_Northern Rivers_26195"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27957	"unnamed_Northern Rivers_26196"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27958	"unnamed_Northern Rivers_26197"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27959	"unnamed_Northern Rivers_26198"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27960	"unnamed_Northern Rivers_26199"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27961	"unnamed_Northern Rivers_26200"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27964	"unnamed_Northern Rivers_26203"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27965	"unnamed_Northern Rivers_26204"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27967	"unnamed_Northern Rivers_26206"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27970	"unnamed_Northern Rivers_26209"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27971	"unnamed_Northern Rivers_26210"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27972	"unnamed_Northern Rivers_26211"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27973	"unnamed_Northern Rivers_26212"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27974	"unnamed_Northern Rivers_26213"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27975	"unnamed_Northern Rivers_26214"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27976	"unnamed_Northern Rivers_26215"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27977	"unnamed_Northern Rivers_26216"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27978	"unnamed_Northern Rivers_26217"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27979	"unnamed_Northern Rivers_26218"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27981	"unnamed_Northern Rivers_26220"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27982	"unnamed_Northern Rivers_26221"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27985	"unnamed_Northern Rivers_26224"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27987	"unnamed_Northern Rivers_26226"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27988	"unnamed_Northern Rivers_26227"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27989	"unnamed_Northern Rivers_26228"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27992	"unnamed_Northern Rivers_26231"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27993	"unnamed_Northern Rivers_26232"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27995	"unnamed_Northern Rivers_26234"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27996	"unnamed_Northern Rivers_26235"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27997	"unnamed_Northern Rivers_26236"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
27999	"unnamed_Northern Rivers_26238"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28000	"unnamed_Northern Rivers_26239"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28002	"unnamed_Northern Rivers_26241"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28006	"unnamed_Northern Rivers_26245"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28016	"unnamed_Northern Rivers_26255"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28018	"unnamed_Northern Rivers_26257"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28019	"unnamed_Northern Rivers_26258"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28021	"unnamed_Northern Rivers_26260"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28024	"unnamed_Northern Rivers_26263"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28035	"unnamed_Northern Rivers_26274"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28036	"unnamed_Northern Rivers_26275"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28038	"unnamed_Northern Rivers_26277"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28039	"unnamed_Northern Rivers_26278"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28040	"unnamed_Northern Rivers_26279"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28042	"unnamed_Northern Rivers_26281"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28043	"unnamed_Northern Rivers_26282"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28044	"unnamed_Northern Rivers_26283"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28045	"unnamed_Northern Rivers_26284"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28046	"unnamed_Northern Rivers_26285"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28047	"unnamed_Northern Rivers_26286"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28048	"unnamed_Northern Rivers_26287"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28049	"unnamed_Northern Rivers_26288"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28050	"unnamed_Northern Rivers_26289"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28051	"unnamed_Northern Rivers_26290"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28052	"unnamed_Northern Rivers_26291"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28053	"unnamed_Northern Rivers_26292"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28054	"unnamed_Northern Rivers_26293"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28055	"unnamed_Northern Rivers_26294"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28056	"unnamed_Northern Rivers_26295"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28057	"unnamed_Northern Rivers_26296"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28058	"unnamed_Northern Rivers_26297"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28059	"unnamed_Northern Rivers_26298"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28060	"unnamed_Northern Rivers_26299"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28061	"unnamed_Northern Rivers_26300"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28065	"unnamed_Northern Rivers_26304"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28069	"unnamed_Northern Rivers_26308"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28075	"unnamed_Northern Rivers_26314"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28076	"unnamed_Northern Rivers_26315"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28079	"unnamed_Northern Rivers_26318"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28081	"unnamed_Northern Rivers_26320"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28090	"unnamed_Northern Rivers_26329"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28116	"unnamed_Northern Rivers_26355"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28122	"unnamed_Northern Rivers_26361"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28133	"unnamed_Northern Rivers_26372"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28134	"unnamed_Northern Rivers_26373"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28136	"unnamed_Northern Rivers_26375"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28141	"unnamed_Northern Rivers_26380"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28142	"unnamed_Northern Rivers_26381"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28143	"unnamed_Northern Rivers_26382"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28144	"unnamed_Northern Rivers_26383"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28146	"unnamed_Northern Rivers_26385"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28148	"unnamed_Northern Rivers_26387"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28149	"unnamed_Northern Rivers_26388"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28150	"unnamed_Northern Rivers_26389"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28151	"unnamed_Northern Rivers_26390"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28152	"unnamed_Northern Rivers_26391"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28153	"unnamed_Northern Rivers_26392"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28154	"unnamed_Northern Rivers_26393"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28155	"unnamed_Northern Rivers_26394"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28156	"unnamed_Northern Rivers_26395"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28157	"unnamed_Northern Rivers_26396"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28158	"unnamed_Northern Rivers_26397"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28160	"unnamed_Northern Rivers_26399"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28161	"unnamed_Northern Rivers_26400"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28162	"unnamed_Northern Rivers_26401"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28163	"unnamed_Northern Rivers_26402"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28164	"unnamed_Northern Rivers_26403"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28165	"unnamed_Northern Rivers_26404"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28166	"unnamed_Northern Rivers_26405"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28169	"unnamed_Northern Rivers_26408"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28170	"unnamed_Northern Rivers_26409"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28174	"unnamed_Northern Rivers_26413"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28175	"unnamed_Northern Rivers_26414"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28176	"unnamed_Northern Rivers_26415"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28177	"unnamed_Northern Rivers_26416"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28178	"unnamed_Northern Rivers_26417"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28182	"unnamed_Northern Rivers_26421"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28183	"unnamed_Northern Rivers_26422"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28184	"unnamed_Northern Rivers_26423"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28185	"unnamed_Northern Rivers_26424"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28186	"unnamed_Northern Rivers_26425"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28187	"unnamed_Northern Rivers_26426"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28188	"unnamed_Northern Rivers_26427"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28189	"unnamed_Northern Rivers_26428"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28190	"unnamed_Northern Rivers_26429"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28191	"unnamed_Northern Rivers_26430"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28192	"unnamed_Northern Rivers_26431"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28197	"unnamed_Northern Rivers_26436"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28198	"unnamed_Northern Rivers_26437"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28199	"unnamed_Northern Rivers_26438"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28200	"unnamed_Northern Rivers_26439"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28201	"unnamed_Northern Rivers_26440"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28202	"unnamed_Northern Rivers_26441"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28203	"unnamed_Northern Rivers_26442"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28204	"unnamed_Northern Rivers_26443"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28205	"unnamed_Northern Rivers_26444"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28211	"unnamed_Northern Rivers_26450"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28212	"unnamed_Northern Rivers_26451"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28214	"unnamed_Northern Rivers_26453"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28216	"unnamed_Northern Rivers_26455"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28217	"unnamed_Northern Rivers_26456"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28218	"unnamed_Northern Rivers_26457"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28219	"unnamed_Northern Rivers_26458"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28221	"unnamed_Northern Rivers_26460"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28222	"unnamed_Northern Rivers_26461"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28223	"unnamed_Northern Rivers_26462"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28224	"unnamed_Northern Rivers_26463"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28225	"unnamed_Northern Rivers_26464"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28226	"unnamed_Northern Rivers_26465"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28227	"unnamed_Northern Rivers_26466"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28228	"unnamed_Northern Rivers_26467"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28229	"unnamed_Northern Rivers_26468"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28230	"unnamed_Northern Rivers_26469"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28231	"unnamed_Northern Rivers_26470"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28232	"unnamed_Northern Rivers_26471"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28233	"unnamed_Northern Rivers_26472"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28234	"unnamed_Northern Rivers_26473"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28236	"unnamed_Northern Rivers_26475"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28237	"unnamed_Northern Rivers_26476"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28238	"unnamed_Northern Rivers_26477"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28239	"unnamed_Northern Rivers_26478"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28240	"unnamed_Northern Rivers_26479"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28241	"unnamed_Northern Rivers_26480"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28242	"unnamed_Northern Rivers_26481"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28243	"unnamed_Northern Rivers_26482"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28244	"unnamed_Northern Rivers_26483"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28245	"unnamed_Northern Rivers_26484"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28246	"unnamed_Northern Rivers_26485"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28247	"unnamed_Northern Rivers_26486"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28248	"unnamed_Northern Rivers_26487"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28249	"unnamed_Northern Rivers_26488"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28250	"unnamed_Northern Rivers_26489"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28251	"unnamed_Northern Rivers_26490"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28252	"unnamed_Northern Rivers_26491"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28253	"unnamed_Northern Rivers_26492"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28254	"unnamed_Northern Rivers_26493"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28255	"unnamed_Northern Rivers_26494"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28256	"unnamed_Northern Rivers_26495"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28257	"unnamed_Northern Rivers_26496"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28258	"unnamed_Northern Rivers_26497"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28259	"unnamed_Northern Rivers_26498"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28260	"unnamed_Northern Rivers_26499"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28262	"unnamed_Northern Rivers_26501"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28263	"unnamed_Northern Rivers_26502"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28264	"unnamed_Northern Rivers_26503"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28265	"unnamed_Northern Rivers_26504"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28266	"unnamed_Northern Rivers_26505"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28267	"unnamed_Northern Rivers_26506"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28268	"unnamed_Northern Rivers_26507"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28269	"unnamed_Northern Rivers_26508"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28270	"unnamed_Northern Rivers_26509"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28271	"unnamed_Northern Rivers_26510"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28272	"unnamed_Northern Rivers_26511"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28273	"unnamed_Northern Rivers_26512"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28274	"unnamed_Northern Rivers_26513"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28275	"unnamed_Northern Rivers_26514"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28276	"unnamed_Northern Rivers_26515"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28277	"unnamed_Northern Rivers_26516"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28278	"unnamed_Northern Rivers_26517"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28279	"unnamed_Northern Rivers_26518"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28280	"unnamed_Northern Rivers_26519"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28281	"unnamed_Northern Rivers_26520"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28282	"unnamed_Northern Rivers_26521"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28283	"unnamed_Northern Rivers_26522"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28284	"unnamed_Northern Rivers_26523"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28285	"unnamed_Northern Rivers_26524"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28286	"unnamed_Northern Rivers_26525"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28287	"unnamed_Northern Rivers_26526"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28288	"unnamed_Northern Rivers_26527"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28289	"unnamed_Northern Rivers_26528"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28290	"unnamed_Northern Rivers_26529"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28291	"unnamed_Northern Rivers_26530"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28292	"unnamed_Northern Rivers_26531"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28293	"unnamed_Northern Rivers_26532"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28294	"unnamed_Northern Rivers_26533"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28295	"unnamed_Northern Rivers_26534"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28296	"unnamed_Northern Rivers_26535"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28297	"unnamed_Northern Rivers_26536"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28298	"unnamed_Northern Rivers_26537"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28299	"unnamed_Northern Rivers_26538"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28300	"unnamed_Northern Rivers_26539"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28301	"unnamed_Northern Rivers_26540"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28302	"unnamed_Northern Rivers_26541"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28303	"unnamed_Northern Rivers_26542"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28304	"unnamed_Northern Rivers_26543"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28305	"unnamed_Northern Rivers_26544"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28306	"unnamed_Northern Rivers_26545"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28307	"unnamed_Northern Rivers_26546"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28308	"unnamed_Northern Rivers_26547"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28309	"unnamed_Northern Rivers_26548"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28310	"unnamed_Northern Rivers_26549"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28311	"unnamed_Northern Rivers_26550"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28312	"unnamed_Northern Rivers_26551"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28313	"unnamed_Northern Rivers_26552"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28318	"unnamed_Northern Rivers_26557"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28321	"unnamed_Northern Rivers_26560"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28322	"unnamed_Northern Rivers_26561"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28324	"unnamed_Northern Rivers_26563"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28325	"unnamed_Northern Rivers_26564"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28330	"unnamed_Northern Rivers_26569"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28331	"unnamed_Northern Rivers_26570"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28332	"unnamed_Northern Rivers_26571"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28333	"unnamed_Northern Rivers_26572"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28334	"unnamed_Northern Rivers_26573"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28335	"unnamed_Northern Rivers_26574"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28336	"unnamed_Northern Rivers_26575"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28337	"unnamed_Northern Rivers_26576"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28338	"unnamed_Northern Rivers_26577"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28339	"unnamed_Northern Rivers_26578"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28340	"unnamed_Northern Rivers_26579"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28341	"unnamed_Northern Rivers_26580"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28342	"unnamed_Northern Rivers_26581"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28343	"unnamed_Northern Rivers_26582"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28344	"unnamed_Northern Rivers_26583"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28345	"unnamed_Northern Rivers_26584"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28346	"unnamed_Northern Rivers_26585"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28347	"unnamed_Northern Rivers_26586"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28348	"unnamed_Northern Rivers_26587"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28349	"unnamed_Northern Rivers_26588"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28350	"unnamed_Northern Rivers_26589"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28351	"unnamed_Northern Rivers_26590"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28352	"unnamed_Northern Rivers_26591"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28353	"unnamed_Northern Rivers_26592"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28354	"unnamed_Northern Rivers_26593"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28355	"unnamed_Northern Rivers_26594"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28356	"unnamed_Northern Rivers_26595"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28357	"unnamed_Northern Rivers_26596"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28358	"unnamed_Northern Rivers_26597"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28359	"unnamed_Northern Rivers_26598"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28360	"unnamed_Northern Rivers_26599"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28361	"unnamed_Northern Rivers_26600"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28362	"unnamed_Northern Rivers_26601"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28363	"unnamed_Northern Rivers_26602"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28364	"unnamed_Northern Rivers_26603"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28365	"unnamed_Northern Rivers_26604"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28366	"unnamed_Northern Rivers_26605"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28367	"unnamed_Northern Rivers_26606"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28368	"unnamed_Northern Rivers_26607"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28369	"unnamed_Northern Rivers_26608"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28370	"unnamed_Northern Rivers_26609"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28371	"unnamed_Northern Rivers_26610"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28372	"unnamed_Northern Rivers_26611"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28373	"unnamed_Northern Rivers_26612"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28374	"unnamed_Northern Rivers_26613"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28375	"unnamed_Northern Rivers_26614"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28376	"unnamed_Northern Rivers_26615"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28377	"unnamed_Northern Rivers_26616"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28378	"unnamed_Northern Rivers_26617"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28379	"unnamed_Northern Rivers_26618"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28380	"unnamed_Northern Rivers_26619"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28381	"unnamed_Northern Rivers_26620"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28382	"unnamed_Northern Rivers_26621"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28383	"unnamed_Northern Rivers_26622"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28384	"unnamed_Northern Rivers_26623"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28385	"unnamed_Northern Rivers_26624"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28386	"unnamed_Northern Rivers_26625"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28387	"unnamed_Northern Rivers_26626"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28388	"unnamed_Northern Rivers_26627"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28389	"unnamed_Northern Rivers_26628"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28390	"unnamed_Northern Rivers_26629"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28391	"unnamed_Northern Rivers_26630"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28392	"unnamed_Northern Rivers_26631"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28393	"unnamed_Northern Rivers_26632"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28394	"unnamed_Northern Rivers_26633"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28395	"unnamed_Northern Rivers_26634"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28396	"unnamed_Northern Rivers_26635"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28397	"unnamed_Northern Rivers_26636"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28398	"unnamed_Northern Rivers_26637"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28399	"unnamed_Northern Rivers_26638"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28400	"unnamed_Northern Rivers_26639"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28401	"unnamed_Northern Rivers_26640"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28402	"unnamed_Northern Rivers_26641"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28403	"unnamed_Northern Rivers_26642"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28404	"unnamed_Northern Rivers_26643"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28405	"unnamed_Northern Rivers_26644"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28406	"unnamed_Northern Rivers_26645"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28407	"unnamed_Northern Rivers_26646"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28408	"unnamed_Northern Rivers_26647"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28409	"unnamed_Northern Rivers_26648"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28410	"unnamed_Northern Rivers_26649"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28411	"unnamed_Northern Rivers_26650"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28412	"unnamed_Northern Rivers_26651"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28413	"unnamed_Northern Rivers_26652"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28414	"unnamed_Northern Rivers_26653"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28415	"unnamed_Northern Rivers_26654"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28416	"unnamed_Northern Rivers_26655"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28417	"unnamed_Northern Rivers_26656"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28418	"unnamed_Northern Rivers_26657"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28419	"unnamed_Northern Rivers_26658"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28420	"unnamed_Northern Rivers_26659"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28421	"unnamed_Northern Rivers_26660"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28422	"unnamed_Northern Rivers_26661"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28423	"unnamed_Northern Rivers_26662"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28424	"unnamed_Northern Rivers_26663"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28425	"unnamed_Northern Rivers_26664"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28426	"unnamed_Northern Rivers_26665"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28427	"unnamed_Northern Rivers_26666"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28428	"unnamed_Northern Rivers_26667"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28429	"unnamed_Northern Rivers_26668"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28430	"unnamed_Northern Rivers_26669"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28431	"unnamed_Northern Rivers_26670"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28432	"unnamed_Northern Rivers_26671"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28433	"unnamed_Northern Rivers_26672"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28434	"unnamed_Northern Rivers_26673"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28435	"unnamed_Northern Rivers_26674"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28436	"unnamed_Northern Rivers_26675"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28437	"unnamed_Northern Rivers_26676"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28438	"unnamed_Northern Rivers_26677"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28439	"unnamed_Northern Rivers_26678"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28440	"unnamed_Northern Rivers_26679"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28441	"unnamed_Northern Rivers_26680"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28442	"unnamed_Northern Rivers_26681"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28443	"unnamed_Northern Rivers_26682"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28444	"unnamed_Northern Rivers_26683"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28445	"unnamed_Northern Rivers_26684"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28446	"unnamed_Northern Rivers_26685"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28447	"unnamed_Northern Rivers_26686"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28448	"unnamed_Northern Rivers_26687"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28449	"unnamed_Northern Rivers_26688"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28450	"unnamed_Northern Rivers_26689"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28451	"unnamed_Northern Rivers_26690"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28452	"unnamed_Northern Rivers_26691"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28453	"unnamed_Northern Rivers_26692"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28660	"unnamed_Northern Rivers_26899"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28668	"unnamed_Northern Rivers_26907"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28669	"unnamed_Northern Rivers_26908"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28670	"unnamed_Northern Rivers_26909"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28673	"unnamed_Northern Rivers_26912"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28674	"unnamed_Northern Rivers_26913"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28681	"unnamed_Northern Rivers_26920"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28684	"unnamed_Northern Rivers_26923"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28687	"unnamed_Northern Rivers_26926"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28688	"unnamed_Northern Rivers_26927"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28689	"unnamed_Northern Rivers_26928"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28690	"unnamed_Northern Rivers_26929"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28691	"unnamed_Northern Rivers_26930"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28692	"unnamed_Northern Rivers_26931"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28693	"unnamed_Northern Rivers_26932"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28695	"unnamed_Northern Rivers_26934"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28696	"unnamed_Northern Rivers_26935"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28697	"unnamed_Northern Rivers_26936"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28698	"unnamed_Northern Rivers_26937"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28699	"unnamed_Northern Rivers_26938"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28700	"unnamed_Northern Rivers_26939"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28701	"unnamed_Northern Rivers_26940"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28702	"unnamed_Northern Rivers_26941"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28703	"unnamed_Northern Rivers_26942"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28704	"unnamed_Northern Rivers_26943"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28705	"unnamed_Northern Rivers_26944"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28706	"unnamed_Northern Rivers_26945"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28708	"unnamed_Northern Rivers_26947"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28709	"unnamed_Northern Rivers_26948"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28710	"unnamed_Northern Rivers_26949"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28711	"unnamed_Northern Rivers_26950"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28712	"unnamed_Northern Rivers_26951"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28713	"unnamed_Northern Rivers_26952"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28714	"unnamed_Northern Rivers_26953"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28715	"unnamed_Northern Rivers_26954"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28716	"unnamed_Northern Rivers_26955"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28717	"unnamed_Northern Rivers_26956"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28718	"unnamed_Northern Rivers_26957"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28719	"unnamed_Northern Rivers_26958"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28720	"unnamed_Northern Rivers_26959"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28721	"unnamed_Northern Rivers_26960"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28722	"unnamed_Northern Rivers_26961"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28723	"unnamed_Northern Rivers_26962"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28724	"unnamed_Northern Rivers_26963"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28725	"unnamed_Northern Rivers_26964"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28726	"unnamed_Northern Rivers_26965"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28727	"unnamed_Northern Rivers_26966"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28728	"unnamed_Northern Rivers_26967"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28729	"unnamed_Northern Rivers_26968"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28730	"unnamed_Northern Rivers_26969"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28731	"unnamed_Northern Rivers_26970"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28732	"unnamed_Northern Rivers_26971"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28733	"unnamed_Northern Rivers_26972"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28734	"unnamed_Northern Rivers_26973"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28735	"unnamed_Northern Rivers_26974"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28736	"unnamed_Northern Rivers_26975"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28737	"unnamed_Northern Rivers_26976"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28738	"unnamed_Northern Rivers_26977"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28739	"unnamed_Northern Rivers_26978"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28740	"unnamed_Northern Rivers_26979"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28741	"unnamed_Northern Rivers_26980"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28742	"unnamed_Northern Rivers_26981"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28743	"unnamed_Northern Rivers_26982"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28744	"unnamed_Northern Rivers_26983"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28745	"unnamed_Northern Rivers_26984"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28746	"unnamed_Northern Rivers_26985"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28747	"unnamed_Northern Rivers_26986"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28748	"unnamed_Northern Rivers_26987"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28749	"unnamed_Northern Rivers_26988"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28750	"unnamed_Northern Rivers_26989"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28751	"unnamed_Northern Rivers_26990"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28752	"unnamed_Northern Rivers_26991"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28753	"unnamed_Northern Rivers_26992"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28754	"unnamed_Northern Rivers_26993"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28755	"unnamed_Northern Rivers_26994"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28756	"unnamed_Northern Rivers_26995"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28757	"unnamed_Northern Rivers_26996"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28758	"unnamed_Northern Rivers_26997"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28759	"unnamed_Northern Rivers_26998"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28760	"unnamed_Northern Rivers_26999"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28761	"unnamed_Northern Rivers_27000"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28763	"unnamed_Northern Rivers_27002"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28764	"unnamed_Northern Rivers_27003"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28765	"unnamed_Northern Rivers_27004"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28766	"unnamed_Northern Rivers_27005"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28767	"unnamed_Northern Rivers_27006"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28768	"unnamed_Northern Rivers_27007"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28769	"unnamed_Northern Rivers_27008"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28770	"unnamed_Northern Rivers_27009"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28771	"unnamed_Northern Rivers_27010"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28772	"unnamed_Northern Rivers_27011"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28773	"unnamed_Northern Rivers_27012"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28774	"unnamed_Northern Rivers_27013"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28775	"unnamed_Northern Rivers_27014"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28776	"unnamed_Northern Rivers_27015"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28777	"unnamed_Northern Rivers_27016"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28778	"unnamed_Northern Rivers_27017"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28779	"unnamed_Northern Rivers_27018"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28780	"unnamed_Northern Rivers_27019"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28781	"unnamed_Northern Rivers_27020"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28782	"unnamed_Northern Rivers_27021"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28783	"unnamed_Northern Rivers_27022"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28784	"unnamed_Northern Rivers_27023"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28785	"unnamed_Northern Rivers_27024"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28786	"unnamed_Northern Rivers_27025"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28787	"unnamed_Northern Rivers_27026"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28788	"unnamed_Northern Rivers_27027"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28789	"unnamed_Northern Rivers_27028"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28790	"unnamed_Northern Rivers_27029"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28791	"unnamed_Northern Rivers_27030"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28792	"unnamed_Northern Rivers_27031"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28793	"unnamed_Northern Rivers_27032"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28794	"unnamed_Northern Rivers_27033"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28795	"unnamed_Northern Rivers_27034"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28796	"unnamed_Northern Rivers_27035"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28798	"unnamed_Northern Rivers_27037"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28799	"unnamed_Northern Rivers_27038"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28800	"unnamed_Northern Rivers_27039"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28801	"unnamed_Northern Rivers_27040"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28805	"unnamed_Northern Rivers_27044"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28806	"unnamed_Northern Rivers_27045"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28807	"unnamed_Northern Rivers_27046"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28808	"unnamed_Northern Rivers_27047"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28809	"unnamed_Northern Rivers_27048"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28810	"unnamed_Northern Rivers_27049"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28811	"unnamed_Northern Rivers_27050"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28812	"unnamed_Northern Rivers_27051"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28813	"unnamed_Northern Rivers_27052"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28814	"unnamed_Northern Rivers_27053"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28815	"unnamed_Northern Rivers_27054"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28816	"unnamed_Northern Rivers_27055"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28817	"unnamed_Northern Rivers_27056"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28818	"unnamed_Northern Rivers_27057"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28820	"unnamed_Northern Rivers_27059"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28821	"unnamed_Northern Rivers_27060"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28822	"unnamed_Northern Rivers_27061"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28824	"unnamed_Northern Rivers_27063"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28825	"unnamed_Northern Rivers_27064"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28826	"unnamed_Northern Rivers_27065"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28827	"unnamed_Northern Rivers_27066"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28828	"unnamed_Northern Rivers_27067"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28829	"unnamed_Northern Rivers_27068"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28830	"unnamed_Northern Rivers_27069"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28831	"unnamed_Northern Rivers_27070"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28832	"unnamed_Northern Rivers_27071"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28833	"unnamed_Northern Rivers_27072"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28834	"unnamed_Northern Rivers_27073"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28835	"unnamed_Northern Rivers_27074"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28836	"unnamed_Northern Rivers_27075"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28837	"unnamed_Northern Rivers_27076"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28838	"unnamed_Northern Rivers_27077"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28839	"unnamed_Northern Rivers_27078"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28840	"unnamed_Northern Rivers_27079"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28841	"unnamed_Northern Rivers_27080"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28842	"unnamed_Northern Rivers_27081"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28843	"unnamed_Northern Rivers_27082"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28844	"unnamed_Northern Rivers_27083"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28845	"unnamed_Northern Rivers_27084"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28846	"unnamed_Northern Rivers_27085"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28847	"unnamed_Northern Rivers_27086"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28848	"unnamed_Northern Rivers_27087"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28849	"unnamed_Northern Rivers_27088"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28850	"unnamed_Northern Rivers_27089"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28851	"unnamed_Northern Rivers_27090"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28852	"unnamed_Northern Rivers_27091"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28853	"unnamed_Northern Rivers_27092"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28854	"unnamed_Northern Rivers_27093"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28855	"unnamed_Northern Rivers_27094"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28856	"unnamed_Northern Rivers_27095"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28857	"unnamed_Northern Rivers_27096"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28858	"unnamed_Northern Rivers_27097"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28859	"unnamed_Northern Rivers_27098"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28860	"unnamed_Northern Rivers_27099"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28861	"unnamed_Northern Rivers_27100"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28862	"unnamed_Northern Rivers_27101"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28863	"unnamed_Northern Rivers_27102"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28864	"unnamed_Northern Rivers_27103"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28865	"unnamed_Northern Rivers_27104"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28866	"unnamed_Northern Rivers_27105"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28867	"unnamed_Northern Rivers_27106"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28868	"unnamed_Northern Rivers_27107"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28869	"unnamed_Northern Rivers_27108"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28870	"unnamed_Northern Rivers_27109"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28871	"unnamed_Northern Rivers_27110"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28872	"unnamed_Northern Rivers_27111"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28873	"unnamed_Northern Rivers_27112"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28874	"unnamed_Northern Rivers_27113"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28875	"unnamed_Northern Rivers_27114"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28876	"unnamed_Northern Rivers_27115"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28878	"unnamed_Northern Rivers_27117"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28879	"unnamed_Northern Rivers_27118"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28880	"unnamed_Northern Rivers_27119"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28881	"unnamed_Northern Rivers_27120"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28882	"unnamed_Northern Rivers_27121"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28883	"unnamed_Northern Rivers_27122"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28884	"unnamed_Northern Rivers_27123"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28885	"unnamed_Northern Rivers_27124"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28886	"unnamed_Northern Rivers_27125"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28887	"unnamed_Northern Rivers_27126"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28888	"unnamed_Northern Rivers_27127"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28889	"unnamed_Northern Rivers_27128"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28890	"unnamed_Northern Rivers_27129"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28891	"unnamed_Northern Rivers_27130"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28892	"unnamed_Northern Rivers_27131"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28893	"unnamed_Northern Rivers_27132"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28894	"unnamed_Northern Rivers_27133"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28895	"unnamed_Northern Rivers_27134"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28896	"unnamed_Northern Rivers_27135"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28897	"unnamed_Northern Rivers_27136"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28898	"unnamed_Northern Rivers_27137"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28899	"unnamed_Northern Rivers_27138"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28900	"unnamed_Northern Rivers_27139"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28901	"unnamed_Northern Rivers_27140"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28902	"unnamed_Northern Rivers_27141"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28903	"unnamed_Northern Rivers_27142"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28904	"unnamed_Northern Rivers_27143"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28905	"unnamed_Northern Rivers_27144"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28906	"unnamed_Northern Rivers_27145"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28907	"unnamed_Northern Rivers_27146"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28908	"unnamed_Northern Rivers_27147"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28909	"unnamed_Northern Rivers_27148"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28910	"unnamed_Northern Rivers_27149"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28911	"unnamed_Northern Rivers_27150"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28912	"unnamed_Northern Rivers_27151"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28913	"unnamed_Northern Rivers_27152"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28914	"unnamed_Northern Rivers_27153"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28915	"unnamed_Northern Rivers_27154"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28916	"unnamed_Northern Rivers_27155"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28917	"unnamed_Northern Rivers_27156"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28918	"unnamed_Northern Rivers_27157"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28919	"unnamed_Northern Rivers_27158"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28920	"unnamed_Northern Rivers_27159"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28921	"unnamed_Northern Rivers_27160"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28922	"unnamed_Northern Rivers_27161"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28923	"unnamed_Northern Rivers_27162"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28924	"unnamed_Northern Rivers_27163"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28925	"unnamed_Northern Rivers_27164"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28926	"unnamed_Northern Rivers_27165"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28927	"unnamed_Northern Rivers_27166"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28928	"unnamed_Northern Rivers_27167"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28929	"unnamed_Northern Rivers_27168"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28930	"unnamed_Northern Rivers_27169"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28931	"unnamed_Northern Rivers_27170"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28932	"unnamed_Northern Rivers_27171"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28933	"unnamed_Northern Rivers_27172"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28934	"unnamed_Northern Rivers_27173"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28935	"unnamed_Northern Rivers_27174"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28936	"unnamed_Northern Rivers_27175"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28937	"unnamed_Northern Rivers_27176"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28938	"unnamed_Northern Rivers_27177"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28939	"unnamed_Northern Rivers_27178"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28942	"unnamed_Northern Rivers_27181"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28944	"unnamed_Northern Rivers_27183"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28945	"unnamed_Northern Rivers_27184"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28946	"unnamed_Northern Rivers_27185"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28947	"unnamed_Northern Rivers_27186"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28948	"unnamed_Northern Rivers_27187"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28949	"unnamed_Northern Rivers_27188"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28950	"unnamed_Northern Rivers_27189"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28951	"unnamed_Northern Rivers_27190"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28954	"unnamed_Northern Rivers_27193"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28955	"unnamed_Northern Rivers_27194"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28957	"unnamed_Northern Rivers_27196"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28958	"unnamed_Northern Rivers_27197"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28959	"unnamed_Northern Rivers_27198"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28960	"unnamed_Northern Rivers_27199"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28961	"unnamed_Northern Rivers_27200"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28962	"unnamed_Northern Rivers_27201"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28963	"unnamed_Northern Rivers_27202"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28964	"unnamed_Northern Rivers_27203"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28966	"unnamed_Northern Rivers_27205"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28967	"unnamed_Northern Rivers_27206"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28968	"unnamed_Northern Rivers_27207"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28969	"unnamed_Northern Rivers_27208"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28970	"unnamed_Northern Rivers_27209"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28971	"unnamed_Northern Rivers_27210"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28972	"unnamed_Northern Rivers_27211"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28973	"unnamed_Northern Rivers_27212"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28974	"unnamed_Northern Rivers_27213"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28975	"unnamed_Northern Rivers_27214"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28976	"unnamed_Northern Rivers_27215"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28977	"unnamed_Northern Rivers_27216"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28978	"unnamed_Northern Rivers_27217"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28979	"unnamed_Northern Rivers_27218"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28980	"unnamed_Northern Rivers_27219"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28981	"unnamed_Northern Rivers_27220"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28982	"unnamed_Northern Rivers_27221"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28983	"unnamed_Northern Rivers_27222"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28984	"unnamed_Northern Rivers_27223"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28985	"unnamed_Northern Rivers_27224"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28986	"unnamed_Northern Rivers_27225"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28987	"unnamed_Northern Rivers_27226"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28988	"unnamed_Northern Rivers_27227"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28989	"unnamed_Northern Rivers_27228"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28990	"unnamed_Northern Rivers_27229"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28991	"unnamed_Northern Rivers_27230"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28992	"unnamed_Northern Rivers_27231"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28993	"unnamed_Northern Rivers_27232"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28994	"unnamed_Northern Rivers_27233"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28995	"unnamed_Northern Rivers_27234"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28996	"unnamed_Northern Rivers_27235"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28997	"unnamed_Northern Rivers_27236"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28998	"unnamed_Northern Rivers_27237"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
28999	"unnamed_Northern Rivers_27238"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29000	"unnamed_Northern Rivers_27239"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29001	"unnamed_Northern Rivers_27240"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29002	"unnamed_Northern Rivers_27241"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29003	"unnamed_Northern Rivers_27242"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29004	"unnamed_Northern Rivers_27243"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29005	"unnamed_Northern Rivers_27244"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29006	"unnamed_Northern Rivers_27245"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29007	"unnamed_Northern Rivers_27246"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29008	"unnamed_Northern Rivers_27247"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29009	"unnamed_Northern Rivers_27248"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29010	"unnamed_Northern Rivers_27249"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29011	"unnamed_Northern Rivers_27250"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29012	"unnamed_Northern Rivers_27251"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29013	"unnamed_Northern Rivers_27252"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29014	"unnamed_Northern Rivers_27253"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29015	"unnamed_Northern Rivers_27254"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29016	"unnamed_Northern Rivers_27255"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29017	"unnamed_Northern Rivers_27256"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29018	"unnamed_Northern Rivers_27257"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29019	"unnamed_Northern Rivers_27258"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29020	"unnamed_Northern Rivers_27259"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29021	"unnamed_Northern Rivers_27260"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29022	"unnamed_Northern Rivers_27261"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29023	"unnamed_Northern Rivers_27262"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29024	"unnamed_Northern Rivers_27263"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29025	"unnamed_Northern Rivers_27264"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29026	"unnamed_Northern Rivers_27265"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29027	"unnamed_Northern Rivers_27266"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29028	"unnamed_Northern Rivers_27267"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29029	"unnamed_Northern Rivers_27268"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29030	"unnamed_Northern Rivers_27269"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29031	"unnamed_Northern Rivers_27270"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29032	"unnamed_Northern Rivers_27271"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29033	"unnamed_Northern Rivers_27272"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29034	"unnamed_Northern Rivers_27273"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29035	"unnamed_Northern Rivers_27274"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29036	"unnamed_Northern Rivers_27275"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29037	"unnamed_Northern Rivers_27276"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29038	"unnamed_Northern Rivers_27277"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29039	"unnamed_Northern Rivers_27278"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29040	"unnamed_Northern Rivers_27279"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29041	"unnamed_Northern Rivers_27280"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29042	"unnamed_Northern Rivers_27281"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29043	"unnamed_Northern Rivers_27282"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29044	"unnamed_Northern Rivers_27283"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29045	"unnamed_Northern Rivers_27284"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29046	"unnamed_Northern Rivers_27285"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29047	"unnamed_Northern Rivers_27286"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29048	"unnamed_Northern Rivers_27287"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29049	"unnamed_Northern Rivers_27288"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29050	"unnamed_Northern Rivers_27289"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29051	"unnamed_Northern Rivers_27290"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29052	"unnamed_Northern Rivers_27291"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29053	"unnamed_Northern Rivers_27292"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29054	"unnamed_Northern Rivers_27293"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29055	"unnamed_Northern Rivers_27294"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29056	"unnamed_Northern Rivers_27295"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29057	"unnamed_Northern Rivers_27296"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29058	"unnamed_Northern Rivers_27297"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29059	"unnamed_Northern Rivers_27298"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29060	"unnamed_Northern Rivers_27299"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29061	"unnamed_Northern Rivers_27300"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29062	"unnamed_Northern Rivers_27301"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29063	"unnamed_Northern Rivers_27302"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29064	"unnamed_Northern Rivers_27303"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29065	"unnamed_Northern Rivers_27304"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29066	"unnamed_Northern Rivers_27305"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29067	"unnamed_Northern Rivers_27306"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29068	"unnamed_Northern Rivers_27307"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29069	"unnamed_Northern Rivers_27308"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29070	"unnamed_Northern Rivers_27309"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29071	"unnamed_Northern Rivers_27310"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29072	"unnamed_Northern Rivers_27311"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29073	"unnamed_Northern Rivers_27312"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29074	"unnamed_Northern Rivers_27313"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29075	"unnamed_Northern Rivers_27314"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29076	"unnamed_Northern Rivers_27315"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29077	"unnamed_Northern Rivers_27316"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29078	"unnamed_Northern Rivers_27317"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29079	"unnamed_Northern Rivers_27318"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29080	"unnamed_Northern Rivers_27319"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29081	"unnamed_Northern Rivers_27320"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29082	"unnamed_Northern Rivers_27321"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29083	"unnamed_Northern Rivers_27322"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29084	"unnamed_Northern Rivers_27323"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29085	"unnamed_Northern Rivers_27324"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29086	"unnamed_Northern Rivers_27325"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29087	"unnamed_Northern Rivers_27326"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29088	"unnamed_Northern Rivers_27327"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29089	"unnamed_Northern Rivers_27328"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29090	"unnamed_Northern Rivers_27329"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29091	"unnamed_Northern Rivers_27330"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29092	"unnamed_Northern Rivers_27331"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29093	"unnamed_Northern Rivers_27332"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29094	"unnamed_Northern Rivers_27333"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29095	"unnamed_Northern Rivers_27334"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29096	"unnamed_Northern Rivers_27335"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29097	"unnamed_Northern Rivers_27336"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29098	"unnamed_Northern Rivers_27337"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29099	"unnamed_Northern Rivers_27338"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29100	"unnamed_Northern Rivers_27339"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29101	"unnamed_Northern Rivers_27340"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29102	"unnamed_Northern Rivers_27341"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29103	"unnamed_Northern Rivers_27342"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29104	"unnamed_Northern Rivers_27343"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29105	"unnamed_Northern Rivers_27344"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29106	"unnamed_Northern Rivers_27345"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29107	"unnamed_Northern Rivers_27346"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29109	"unnamed_Northern Rivers_27348"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29110	"unnamed_Northern Rivers_27349"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29111	"unnamed_Northern Rivers_27350"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29112	"unnamed_Northern Rivers_27351"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29113	"unnamed_Northern Rivers_27352"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29125	"unnamed_Northern Rivers_27364"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29126	"unnamed_Northern Rivers_27365"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29127	"unnamed_Northern Rivers_27366"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29128	"unnamed_Northern Rivers_27367"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29129	"unnamed_Northern Rivers_27368"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29130	"unnamed_Northern Rivers_27369"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29131	"unnamed_Northern Rivers_27370"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29132	"unnamed_Northern Rivers_27371"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29133	"unnamed_Northern Rivers_27372"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29134	"unnamed_Northern Rivers_27373"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29135	"unnamed_Northern Rivers_27374"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29136	"unnamed_Northern Rivers_27375"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29137	"unnamed_Northern Rivers_27376"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29138	"unnamed_Northern Rivers_27377"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29139	"unnamed_Northern Rivers_27378"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29140	"unnamed_Northern Rivers_27379"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29141	"unnamed_Northern Rivers_27380"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29142	"unnamed_Northern Rivers_27381"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29143	"unnamed_Northern Rivers_27382"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29144	"unnamed_Northern Rivers_27383"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29145	"unnamed_Northern Rivers_27384"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29146	"unnamed_Northern Rivers_27385"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29147	"unnamed_Northern Rivers_27386"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29148	"unnamed_Northern Rivers_27387"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29157	"unnamed_Northern Rivers_27396"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29158	"unnamed_Northern Rivers_27397"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29159	"unnamed_Northern Rivers_27398"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29160	"unnamed_Northern Rivers_27399"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29161	"unnamed_Northern Rivers_27400"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29162	"unnamed_Northern Rivers_27401"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29163	"unnamed_Northern Rivers_27402"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29164	"unnamed_Northern Rivers_27403"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29165	"unnamed_Northern Rivers_27404"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29166	"unnamed_Northern Rivers_27405"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29167	"unnamed_Northern Rivers_27406"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29169	"unnamed_Northern Rivers_27408"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29170	"unnamed_Northern Rivers_27409"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29171	"unnamed_Northern Rivers_27410"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29172	"unnamed_Northern Rivers_27411"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29173	"unnamed_Northern Rivers_27412"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29174	"unnamed_Northern Rivers_27413"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29175	"unnamed_Northern Rivers_27414"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29176	"unnamed_Northern Rivers_27415"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29177	"unnamed_Northern Rivers_27416"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29178	"unnamed_Northern Rivers_27417"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29179	"unnamed_Northern Rivers_27418"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29180	"unnamed_Northern Rivers_27419"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29181	"unnamed_Northern Rivers_27420"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29182	"unnamed_Northern Rivers_27421"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29183	"unnamed_Northern Rivers_27422"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29184	"unnamed_Northern Rivers_27423"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29185	"unnamed_Northern Rivers_27424"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29186	"unnamed_Northern Rivers_27425"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29187	"unnamed_Northern Rivers_27426"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29188	"unnamed_Northern Rivers_27427"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29189	"unnamed_Northern Rivers_27428"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29190	"unnamed_Northern Rivers_27429"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29191	"unnamed_Northern Rivers_27430"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29192	"unnamed_Northern Rivers_27431"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29193	"unnamed_Northern Rivers_27432"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29194	"unnamed_Northern Rivers_27433"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29195	"unnamed_Northern Rivers_27434"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29196	"unnamed_Northern Rivers_27435"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29197	"unnamed_Northern Rivers_27436"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29198	"unnamed_Northern Rivers_27437"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29199	"unnamed_Northern Rivers_27438"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29200	"unnamed_Northern Rivers_27439"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29201	"unnamed_Northern Rivers_27440"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29202	"unnamed_Northern Rivers_27441"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29203	"unnamed_Northern Rivers_27442"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29204	"unnamed_Northern Rivers_27443"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29205	"unnamed_Northern Rivers_27444"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29206	"unnamed_Northern Rivers_27445"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29207	"unnamed_Northern Rivers_27446"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29208	"unnamed_Northern Rivers_27447"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29209	"unnamed_Northern Rivers_27448"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29210	"unnamed_Northern Rivers_27449"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29211	"unnamed_Northern Rivers_27450"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29212	"unnamed_Northern Rivers_27451"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29213	"unnamed_Northern Rivers_27452"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29214	"unnamed_Northern Rivers_27453"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29215	"unnamed_Northern Rivers_27454"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29216	"unnamed_Northern Rivers_27455"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29217	"unnamed_Northern Rivers_27456"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29218	"unnamed_Northern Rivers_27457"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29219	"unnamed_Northern Rivers_27458"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29220	"unnamed_Northern Rivers_27459"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29221	"unnamed_Northern Rivers_27460"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29222	"unnamed_Northern Rivers_27461"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29223	"unnamed_Northern Rivers_27462"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29224	"unnamed_Northern Rivers_27463"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29225	"unnamed_Northern Rivers_27464"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29226	"unnamed_Northern Rivers_27465"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29227	"unnamed_Northern Rivers_27466"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29228	"unnamed_Northern Rivers_27467"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29229	"unnamed_Northern Rivers_27468"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29230	"unnamed_Northern Rivers_27469"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29231	"unnamed_Northern Rivers_27470"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29232	"unnamed_Northern Rivers_27471"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29233	"unnamed_Northern Rivers_27472"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29234	"unnamed_Northern Rivers_27473"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29235	"unnamed_Northern Rivers_27474"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29236	"unnamed_Northern Rivers_27475"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29237	"unnamed_Northern Rivers_27476"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29238	"unnamed_Northern Rivers_27477"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29239	"unnamed_Northern Rivers_27478"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29240	"unnamed_Northern Rivers_27479"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29241	"unnamed_Northern Rivers_27480"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29242	"unnamed_Northern Rivers_27481"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29243	"unnamed_Northern Rivers_27482"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29244	"unnamed_Northern Rivers_27483"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29245	"unnamed_Northern Rivers_27484"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29246	"unnamed_Northern Rivers_27485"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29247	"unnamed_Northern Rivers_27486"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29248	"unnamed_Northern Rivers_27487"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29249	"unnamed_Northern Rivers_27488"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29250	"unnamed_Northern Rivers_27489"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29251	"unnamed_Northern Rivers_27490"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29252	"unnamed_Northern Rivers_27491"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29253	"unnamed_Northern Rivers_27492"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29254	"unnamed_Northern Rivers_27493"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29255	"unnamed_Northern Rivers_27494"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29256	"unnamed_Northern Rivers_27495"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29257	"unnamed_Northern Rivers_27496"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29258	"unnamed_Northern Rivers_27497"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29259	"unnamed_Northern Rivers_27498"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29260	"unnamed_Northern Rivers_27499"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29261	"unnamed_Northern Rivers_27500"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29262	"unnamed_Northern Rivers_27501"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29263	"unnamed_Northern Rivers_27502"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29264	"unnamed_Northern Rivers_27503"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29265	"unnamed_Northern Rivers_27504"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29266	"unnamed_Northern Rivers_27505"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29267	"unnamed_Northern Rivers_27506"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29268	"unnamed_Northern Rivers_27507"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29269	"unnamed_Northern Rivers_27508"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29270	"unnamed_Northern Rivers_27509"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29271	"unnamed_Northern Rivers_27510"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29272	"unnamed_Northern Rivers_27511"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29273	"unnamed_Northern Rivers_27512"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29274	"unnamed_Northern Rivers_27513"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29275	"unnamed_Northern Rivers_27514"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29276	"unnamed_Northern Rivers_27515"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29277	"unnamed_Northern Rivers_27516"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29278	"unnamed_Northern Rivers_27517"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29279	"unnamed_Northern Rivers_27518"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29280	"unnamed_Northern Rivers_27519"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29281	"unnamed_Northern Rivers_27520"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29282	"unnamed_Northern Rivers_27521"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29283	"unnamed_Northern Rivers_27522"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29284	"unnamed_Northern Rivers_27523"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29285	"unnamed_Northern Rivers_27524"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29286	"unnamed_Northern Rivers_27525"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29287	"unnamed_Northern Rivers_27526"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29288	"unnamed_Northern Rivers_27527"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29289	"unnamed_Northern Rivers_27528"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29290	"unnamed_Northern Rivers_27529"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29291	"unnamed_Northern Rivers_27530"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29292	"unnamed_Northern Rivers_27531"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29293	"unnamed_Northern Rivers_27532"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29294	"unnamed_Northern Rivers_27533"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29295	"unnamed_Northern Rivers_27534"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29296	"unnamed_Northern Rivers_27535"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29298	"unnamed_Northern Rivers_27537"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29301	"unnamed_Northern Rivers_27540"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29302	"unnamed_Northern Rivers_27541"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29303	"unnamed_Northern Rivers_27542"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29304	"unnamed_Northern Rivers_27543"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29305	"unnamed_Northern Rivers_27544"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29306	"unnamed_Northern Rivers_27545"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29307	"unnamed_Northern Rivers_27546"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29308	"unnamed_Northern Rivers_27547"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29309	"unnamed_Northern Rivers_27548"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29310	"unnamed_Northern Rivers_27549"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29311	"unnamed_Northern Rivers_27550"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29312	"unnamed_Northern Rivers_27551"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29313	"unnamed_Northern Rivers_27552"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29314	"unnamed_Northern Rivers_27553"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29315	"unnamed_Northern Rivers_27554"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29318	"unnamed_Northern Rivers_27557"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29320	"unnamed_Northern Rivers_27559"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29321	"unnamed_Northern Rivers_27560"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29333	"unnamed_Northern Rivers_27572"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29334	"unnamed_Northern Rivers_27573"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29335	"unnamed_Northern Rivers_27574"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29336	"unnamed_Northern Rivers_27575"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29337	"unnamed_Northern Rivers_27576"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29338	"unnamed_Northern Rivers_27577"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29339	"unnamed_Northern Rivers_27578"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29340	"unnamed_Northern Rivers_27579"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29341	"unnamed_Northern Rivers_27580"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29342	"unnamed_Northern Rivers_27581"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29343	"unnamed_Northern Rivers_27582"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29344	"unnamed_Northern Rivers_27583"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29345	"unnamed_Northern Rivers_27584"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29346	"unnamed_Northern Rivers_27585"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29347	"unnamed_Northern Rivers_27586"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29348	"unnamed_Northern Rivers_27587"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29349	"unnamed_Northern Rivers_27588"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29350	"unnamed_Northern Rivers_27589"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29351	"unnamed_Northern Rivers_27590"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29352	"unnamed_Northern Rivers_27591"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29353	"unnamed_Northern Rivers_27592"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29354	"unnamed_Northern Rivers_27593"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29355	"unnamed_Northern Rivers_27594"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29356	"unnamed_Northern Rivers_27595"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29357	"unnamed_Northern Rivers_27596"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29358	"unnamed_Northern Rivers_27597"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29381	"unnamed_Northern Rivers_27620"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29382	"unnamed_Northern Rivers_27621"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29383	"unnamed_Northern Rivers_27622"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29384	"unnamed_Northern Rivers_27623"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29385	"unnamed_Northern Rivers_27624"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29386	"unnamed_Northern Rivers_27625"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29387	"unnamed_Northern Rivers_27626"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29388	"unnamed_Northern Rivers_27627"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29389	"unnamed_Northern Rivers_27628"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29390	"unnamed_Northern Rivers_27629"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29391	"unnamed_Northern Rivers_27630"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29392	"unnamed_Northern Rivers_27631"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29393	"unnamed_Northern Rivers_27632"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29394	"unnamed_Northern Rivers_27633"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29395	"unnamed_Northern Rivers_27634"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29396	"unnamed_Northern Rivers_27635"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29397	"unnamed_Northern Rivers_27636"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29398	"unnamed_Northern Rivers_27637"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29399	"unnamed_Northern Rivers_27638"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29400	"unnamed_Northern Rivers_27639"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29401	"unnamed_Northern Rivers_27640"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29402	"unnamed_Northern Rivers_27641"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29403	"unnamed_Northern Rivers_27642"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29404	"unnamed_Northern Rivers_27643"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29405	"unnamed_Northern Rivers_27644"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29406	"unnamed_Northern Rivers_27645"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29407	"unnamed_Northern Rivers_27646"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29408	"unnamed_Northern Rivers_27647"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29409	"unnamed_Northern Rivers_27648"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29410	"unnamed_Northern Rivers_27649"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29411	"unnamed_Northern Rivers_27650"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29412	"unnamed_Northern Rivers_27651"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29413	"unnamed_Northern Rivers_27652"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29414	"unnamed_Northern Rivers_27653"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29415	"unnamed_Northern Rivers_27654"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29416	"unnamed_Northern Rivers_27655"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29417	"unnamed_Northern Rivers_27656"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29418	"unnamed_Northern Rivers_27657"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29419	"unnamed_Northern Rivers_27658"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29420	"unnamed_Northern Rivers_27659"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29421	"unnamed_Northern Rivers_27660"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29422	"unnamed_Northern Rivers_27661"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29423	"unnamed_Northern Rivers_27662"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29424	"unnamed_Northern Rivers_27663"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29425	"unnamed_Northern Rivers_27664"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29426	"unnamed_Northern Rivers_27665"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29427	"unnamed_Northern Rivers_27666"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29428	"unnamed_Northern Rivers_27667"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29429	"unnamed_Northern Rivers_27668"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29430	"unnamed_Northern Rivers_27669"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29431	"unnamed_Northern Rivers_27670"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29432	"unnamed_Northern Rivers_27671"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29433	"unnamed_Northern Rivers_27672"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29434	"unnamed_Northern Rivers_27673"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29435	"unnamed_Northern Rivers_27674"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29436	"unnamed_Northern Rivers_27675"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29437	"unnamed_Northern Rivers_27676"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29438	"unnamed_Northern Rivers_27677"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29439	"unnamed_Northern Rivers_27678"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29440	"unnamed_Northern Rivers_27679"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29441	"unnamed_Northern Rivers_27680"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29442	"unnamed_Northern Rivers_27681"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29443	"unnamed_Northern Rivers_27682"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29444	"unnamed_Northern Rivers_27683"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29445	"unnamed_Northern Rivers_27684"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29446	"unnamed_Northern Rivers_27685"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29455	"unnamed_Northern Rivers_27694"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29456	"unnamed_Northern Rivers_27695"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29457	"unnamed_Northern Rivers_27696"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29458	"unnamed_Northern Rivers_27697"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29459	"unnamed_Northern Rivers_27698"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29460	"unnamed_Northern Rivers_27699"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29461	"unnamed_Northern Rivers_27700"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29462	"unnamed_Northern Rivers_27701"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29463	"unnamed_Northern Rivers_27702"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29464	"unnamed_Northern Rivers_27703"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29465	"unnamed_Northern Rivers_27704"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29466	"unnamed_Northern Rivers_27705"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29467	"unnamed_Northern Rivers_27706"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29468	"unnamed_Northern Rivers_27707"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29469	"unnamed_Northern Rivers_27708"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29690	"unnamed_Northern Rivers_27929"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29694	"unnamed_Northern Rivers_27933"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29695	"unnamed_Northern Rivers_27934"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29738	"unnamed_Northern Rivers_27977"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29742	"unnamed_Northern Rivers_27981"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29743	"unnamed_Northern Rivers_27982"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29744	"unnamed_Northern Rivers_27983"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29745	"unnamed_Northern Rivers_27984"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29746	"unnamed_Northern Rivers_27985"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29747	"unnamed_Northern Rivers_27986"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29748	"unnamed_Northern Rivers_27987"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29749	"unnamed_Northern Rivers_27988"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29750	"unnamed_Northern Rivers_27989"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29751	"unnamed_Northern Rivers_27990"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29752	"unnamed_Northern Rivers_27991"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29753	"unnamed_Northern Rivers_27992"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29754	"unnamed_Northern Rivers_27993"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29755	"unnamed_Northern Rivers_27994"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29756	"unnamed_Northern Rivers_27995"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29757	"unnamed_Northern Rivers_27996"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29758	"unnamed_Northern Rivers_27997"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29759	"unnamed_Northern Rivers_27998"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29760	"unnamed_Northern Rivers_27999"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29761	"unnamed_Northern Rivers_28000"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29762	"unnamed_Northern Rivers_28001"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29763	"unnamed_Northern Rivers_28002"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29764	"unnamed_Northern Rivers_28003"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29765	"unnamed_Northern Rivers_28004"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29766	"unnamed_Northern Rivers_28005"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29767	"unnamed_Northern Rivers_28006"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29768	"unnamed_Northern Rivers_28007"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29769	"unnamed_Northern Rivers_28008"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29770	"unnamed_Northern Rivers_28009"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29771	"unnamed_Northern Rivers_28010"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29772	"unnamed_Northern Rivers_28011"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29773	"unnamed_Northern Rivers_28012"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29774	"unnamed_Northern Rivers_28013"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29775	"unnamed_Northern Rivers_28014"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29776	"unnamed_Northern Rivers_28015"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29777	"unnamed_Northern Rivers_28016"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29778	"unnamed_Northern Rivers_28017"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29779	"unnamed_Northern Rivers_28018"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29780	"unnamed_Northern Rivers_28019"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29781	"unnamed_Northern Rivers_28020"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29782	"unnamed_Northern Rivers_28021"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29783	"unnamed_Northern Rivers_28022"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29784	"unnamed_Northern Rivers_28023"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29785	"unnamed_Northern Rivers_28024"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29786	"unnamed_Northern Rivers_28025"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29787	"unnamed_Northern Rivers_28026"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29788	"unnamed_Northern Rivers_28027"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29789	"unnamed_Northern Rivers_28028"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29790	"unnamed_Northern Rivers_28029"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29791	"unnamed_Northern Rivers_28030"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29792	"unnamed_Northern Rivers_28031"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29793	"unnamed_Northern Rivers_28032"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29794	"unnamed_Northern Rivers_28033"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29795	"unnamed_Northern Rivers_28034"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29796	"unnamed_Northern Rivers_28035"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29797	"unnamed_Northern Rivers_28036"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29798	"unnamed_Northern Rivers_28037"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29799	"unnamed_Northern Rivers_28038"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29800	"unnamed_Northern Rivers_28039"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29801	"unnamed_Northern Rivers_28040"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29802	"unnamed_Northern Rivers_28041"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29803	"unnamed_Northern Rivers_28042"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29804	"unnamed_Northern Rivers_28043"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29805	"unnamed_Northern Rivers_28044"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29806	"unnamed_Northern Rivers_28045"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29807	"unnamed_Northern Rivers_28046"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29808	"unnamed_Northern Rivers_28047"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29809	"unnamed_Northern Rivers_28048"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29810	"unnamed_Northern Rivers_28049"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29811	"unnamed_Northern Rivers_28050"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29812	"unnamed_Northern Rivers_28051"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29813	"unnamed_Northern Rivers_28052"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29814	"unnamed_Northern Rivers_28053"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29815	"unnamed_Northern Rivers_28054"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29816	"unnamed_Northern Rivers_28055"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29817	"unnamed_Northern Rivers_28056"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29818	"unnamed_Northern Rivers_28057"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29819	"unnamed_Northern Rivers_28058"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29820	"unnamed_Northern Rivers_28059"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29821	"unnamed_Northern Rivers_28060"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29822	"unnamed_Northern Rivers_28061"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29823	"unnamed_Northern Rivers_28062"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29824	"unnamed_Northern Rivers_28063"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29825	"unnamed_Northern Rivers_28064"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29826	"unnamed_Northern Rivers_28065"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29827	"unnamed_Northern Rivers_28066"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29828	"unnamed_Northern Rivers_28067"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29829	"unnamed_Northern Rivers_28068"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29830	"unnamed_Northern Rivers_28069"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29831	"unnamed_Northern Rivers_28070"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29832	"unnamed_Northern Rivers_28071"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29833	"unnamed_Northern Rivers_28072"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29834	"unnamed_Northern Rivers_28073"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29835	"unnamed_Northern Rivers_28074"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29836	"unnamed_Northern Rivers_28075"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29837	"unnamed_Northern Rivers_28076"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29838	"unnamed_Northern Rivers_28077"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29839	"unnamed_Northern Rivers_28078"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29840	"unnamed_Northern Rivers_28079"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29841	"unnamed_Northern Rivers_28080"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29842	"unnamed_Northern Rivers_28081"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29843	"unnamed_Northern Rivers_28082"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29844	"unnamed_Northern Rivers_28083"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29845	"unnamed_Northern Rivers_28084"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29846	"unnamed_Northern Rivers_28085"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29847	"unnamed_Northern Rivers_28086"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29848	"unnamed_Northern Rivers_28087"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29849	"unnamed_Northern Rivers_28088"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29850	"unnamed_Northern Rivers_28089"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29851	"unnamed_Northern Rivers_28090"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29852	"unnamed_Northern Rivers_28091"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29853	"unnamed_Northern Rivers_28092"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29854	"unnamed_Northern Rivers_28093"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29855	"unnamed_Northern Rivers_28094"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29856	"unnamed_Northern Rivers_28095"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29857	"unnamed_Northern Rivers_28096"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29858	"unnamed_Northern Rivers_28097"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29859	"unnamed_Northern Rivers_28098"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29860	"unnamed_Northern Rivers_28099"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29861	"unnamed_Northern Rivers_28100"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29862	"unnamed_Northern Rivers_28101"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29863	"unnamed_Northern Rivers_28102"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29864	"unnamed_Northern Rivers_28103"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29865	"unnamed_Northern Rivers_28104"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29866	"unnamed_Northern Rivers_28105"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29867	"unnamed_Northern Rivers_28106"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29868	"unnamed_Northern Rivers_28107"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29869	"unnamed_Northern Rivers_28108"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29870	"unnamed_Northern Rivers_28109"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29871	"unnamed_Northern Rivers_28110"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29872	"unnamed_Northern Rivers_28111"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29873	"unnamed_Northern Rivers_28112"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29874	"unnamed_Northern Rivers_28113"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29875	"unnamed_Northern Rivers_28114"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29876	"unnamed_Northern Rivers_28115"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29877	"unnamed_Northern Rivers_28116"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29878	"unnamed_Northern Rivers_28117"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29879	"unnamed_Northern Rivers_28118"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29880	"unnamed_Northern Rivers_28119"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29881	"unnamed_Northern Rivers_28120"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29882	"unnamed_Northern Rivers_28121"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29883	"unnamed_Northern Rivers_28122"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29884	"unnamed_Northern Rivers_28123"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29885	"unnamed_Northern Rivers_28124"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29886	"unnamed_Northern Rivers_28125"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29887	"unnamed_Northern Rivers_28126"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29888	"unnamed_Northern Rivers_28127"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29889	"unnamed_Northern Rivers_28128"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29890	"unnamed_Northern Rivers_28129"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29891	"unnamed_Northern Rivers_28130"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29892	"unnamed_Northern Rivers_28131"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29893	"unnamed_Northern Rivers_28132"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29894	"unnamed_Northern Rivers_28133"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29895	"unnamed_Northern Rivers_28134"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29896	"unnamed_Northern Rivers_28135"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29897	"unnamed_Northern Rivers_28136"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29898	"unnamed_Northern Rivers_28137"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29899	"unnamed_Northern Rivers_28138"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29900	"unnamed_Northern Rivers_28139"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29901	"unnamed_Northern Rivers_28140"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29902	"unnamed_Northern Rivers_28141"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29903	"unnamed_Northern Rivers_28142"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29904	"unnamed_Northern Rivers_28143"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29905	"unnamed_Northern Rivers_28144"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29906	"unnamed_Northern Rivers_28145"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29907	"unnamed_Northern Rivers_28146"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29908	"unnamed_Northern Rivers_28147"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29909	"unnamed_Northern Rivers_28148"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29910	"unnamed_Northern Rivers_28149"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29911	"unnamed_Northern Rivers_28150"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29912	"unnamed_Northern Rivers_28151"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29913	"unnamed_Northern Rivers_28152"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29914	"unnamed_Northern Rivers_28153"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29915	"unnamed_Northern Rivers_28154"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29916	"unnamed_Northern Rivers_28155"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29917	"unnamed_Northern Rivers_28156"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29918	"unnamed_Northern Rivers_28157"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29919	"unnamed_Northern Rivers_28158"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29920	"unnamed_Northern Rivers_28159"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29921	"unnamed_Northern Rivers_28160"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29922	"unnamed_Northern Rivers_28161"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29923	"unnamed_Northern Rivers_28162"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29924	"unnamed_Northern Rivers_28163"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29925	"unnamed_Northern Rivers_28164"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29926	"unnamed_Northern Rivers_28165"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29927	"unnamed_Northern Rivers_28166"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29928	"unnamed_Northern Rivers_28167"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29929	"unnamed_Northern Rivers_28168"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29930	"unnamed_Northern Rivers_28169"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29931	"unnamed_Northern Rivers_28170"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29932	"unnamed_Northern Rivers_28171"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29933	"unnamed_Northern Rivers_28172"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29934	"unnamed_Northern Rivers_28173"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29935	"unnamed_Northern Rivers_28174"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29936	"unnamed_Northern Rivers_28175"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29937	"unnamed_Northern Rivers_28176"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
29938	"unnamed_Northern Rivers_28177"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30018	"unnamed_Northern Rivers_28257"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30022	"unnamed_Northern Rivers_28261"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30030	"unnamed_Northern Rivers_28269"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30033	"unnamed_Northern Rivers_28272"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30048	"unnamed_Northern Rivers_28287"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30049	"unnamed_Northern Rivers_28288"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30050	"unnamed_Northern Rivers_28289"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30051	"unnamed_Northern Rivers_28290"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30052	"unnamed_Northern Rivers_28291"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30053	"unnamed_Northern Rivers_28292"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30054	"unnamed_Northern Rivers_28293"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30055	"unnamed_Northern Rivers_28294"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30056	"unnamed_Northern Rivers_28295"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30057	"unnamed_Northern Rivers_28296"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30058	"unnamed_Northern Rivers_28297"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30059	"unnamed_Northern Rivers_28298"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30060	"unnamed_Northern Rivers_28299"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30061	"unnamed_Northern Rivers_28300"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30062	"unnamed_Northern Rivers_28301"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30063	"unnamed_Northern Rivers_28302"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30064	"unnamed_Northern Rivers_28303"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30065	"unnamed_Northern Rivers_28304"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30066	"unnamed_Northern Rivers_28305"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30067	"unnamed_Northern Rivers_28306"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30068	"unnamed_Northern Rivers_28307"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30069	"unnamed_Northern Rivers_28308"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30070	"unnamed_Northern Rivers_28309"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30071	"unnamed_Northern Rivers_28310"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30072	"unnamed_Northern Rivers_28311"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30073	"unnamed_Northern Rivers_28312"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30074	"unnamed_Northern Rivers_28313"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30075	"unnamed_Northern Rivers_28314"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30076	"unnamed_Northern Rivers_28315"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30105	"unnamed_Northern Rivers_28344"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30130	"unnamed_Northern Rivers_28369"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30131	"unnamed_Northern Rivers_28370"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30132	"unnamed_Northern Rivers_28371"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30133	"unnamed_Northern Rivers_28372"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30134	"unnamed_Northern Rivers_28373"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30135	"unnamed_Northern Rivers_28374"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30136	"unnamed_Northern Rivers_28375"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30137	"unnamed_Northern Rivers_28376"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30138	"unnamed_Northern Rivers_28377"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30139	"unnamed_Northern Rivers_28378"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30144	"unnamed_Northern Rivers_28383"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30145	"unnamed_Northern Rivers_28384"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30146	"unnamed_Northern Rivers_28385"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30147	"unnamed_Northern Rivers_28386"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30148	"unnamed_Northern Rivers_28387"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30149	"unnamed_Northern Rivers_28388"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30150	"unnamed_Northern Rivers_28389"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30151	"unnamed_Northern Rivers_28390"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30152	"unnamed_Northern Rivers_28391"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30153	"unnamed_Northern Rivers_28392"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30154	"unnamed_Northern Rivers_28393"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30155	"unnamed_Northern Rivers_28394"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30156	"unnamed_Northern Rivers_28395"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30157	"unnamed_Northern Rivers_28396"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30158	"unnamed_Northern Rivers_28397"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30159	"unnamed_Northern Rivers_28398"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30160	"unnamed_Northern Rivers_28399"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30161	"unnamed_Northern Rivers_28400"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30162	"unnamed_Northern Rivers_28401"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30163	"unnamed_Northern Rivers_28402"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30164	"unnamed_Northern Rivers_28403"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30165	"unnamed_Northern Rivers_28404"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30166	"unnamed_Northern Rivers_28405"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30167	"unnamed_Northern Rivers_28406"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30168	"unnamed_Northern Rivers_28407"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30169	"unnamed_Northern Rivers_28408"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30170	"unnamed_Northern Rivers_28409"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30171	"unnamed_Northern Rivers_28410"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30172	"unnamed_Northern Rivers_28411"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30173	"unnamed_Northern Rivers_28412"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30174	"unnamed_Northern Rivers_28413"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30175	"unnamed_Northern Rivers_28414"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30176	"unnamed_Northern Rivers_28415"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30177	"unnamed_Northern Rivers_28416"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30178	"unnamed_Northern Rivers_28417"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30179	"unnamed_Northern Rivers_28418"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30180	"unnamed_Northern Rivers_28419"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30181	"unnamed_Northern Rivers_28420"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30182	"unnamed_Northern Rivers_28421"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30183	"unnamed_Northern Rivers_28422"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30184	"unnamed_Northern Rivers_28423"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30185	"unnamed_Northern Rivers_28424"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30186	"unnamed_Northern Rivers_28425"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30187	"unnamed_Northern Rivers_28426"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30188	"unnamed_Northern Rivers_28427"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30189	"unnamed_Northern Rivers_28428"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30190	"unnamed_Northern Rivers_28429"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30191	"unnamed_Northern Rivers_28430"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30192	"unnamed_Northern Rivers_28431"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30193	"unnamed_Northern Rivers_28432"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30194	"unnamed_Northern Rivers_28433"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30195	"unnamed_Northern Rivers_28434"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30196	"unnamed_Northern Rivers_28435"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30197	"unnamed_Northern Rivers_28436"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30198	"unnamed_Northern Rivers_28437"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30199	"unnamed_Northern Rivers_28438"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30200	"unnamed_Northern Rivers_28439"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30201	"unnamed_Northern Rivers_28440"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30202	"unnamed_Northern Rivers_28441"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30203	"unnamed_Northern Rivers_28442"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30204	"unnamed_Northern Rivers_28443"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30205	"unnamed_Northern Rivers_28444"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30206	"unnamed_Northern Rivers_28445"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30207	"unnamed_Northern Rivers_28446"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30208	"unnamed_Northern Rivers_28447"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30209	"unnamed_Northern Rivers_28448"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30210	"unnamed_Northern Rivers_28449"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30211	"unnamed_Northern Rivers_28450"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30212	"unnamed_Northern Rivers_28451"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30213	"unnamed_Northern Rivers_28452"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30214	"unnamed_Northern Rivers_28453"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30215	"unnamed_Northern Rivers_28454"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30216	"unnamed_Northern Rivers_28455"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30217	"unnamed_Northern Rivers_28456"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30218	"unnamed_Northern Rivers_28457"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30219	"unnamed_Northern Rivers_28458"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30220	"unnamed_Northern Rivers_28459"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30221	"unnamed_Northern Rivers_28460"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30222	"unnamed_Northern Rivers_28461"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30223	"unnamed_Northern Rivers_28462"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30224	"unnamed_Northern Rivers_28463"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30225	"unnamed_Northern Rivers_28464"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30226	"unnamed_Northern Rivers_28465"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30227	"unnamed_Northern Rivers_28466"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30228	"unnamed_Northern Rivers_28467"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30229	"unnamed_Northern Rivers_28468"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30230	"unnamed_Northern Rivers_28469"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30231	"unnamed_Northern Rivers_28470"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30232	"unnamed_Northern Rivers_28471"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30233	"unnamed_Northern Rivers_28472"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30234	"unnamed_Northern Rivers_28473"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30235	"unnamed_Northern Rivers_28474"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30236	"unnamed_Northern Rivers_28475"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30237	"unnamed_Northern Rivers_28476"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30238	"unnamed_Northern Rivers_28477"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30239	"unnamed_Northern Rivers_28478"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30240	"unnamed_Northern Rivers_28479"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30241	"unnamed_Northern Rivers_28480"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30242	"unnamed_Northern Rivers_28481"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30243	"unnamed_Northern Rivers_28482"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30244	"unnamed_Northern Rivers_28483"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30245	"unnamed_Northern Rivers_28484"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30246	"unnamed_Northern Rivers_28485"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30247	"unnamed_Northern Rivers_28486"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30248	"unnamed_Northern Rivers_28487"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30249	"unnamed_Northern Rivers_28488"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30250	"unnamed_Northern Rivers_28489"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30251	"unnamed_Northern Rivers_28490"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30252	"unnamed_Northern Rivers_28491"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30253	"unnamed_Northern Rivers_28492"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30254	"unnamed_Northern Rivers_28493"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30255	"unnamed_Northern Rivers_28494"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30256	"unnamed_Northern Rivers_28495"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30257	"unnamed_Northern Rivers_28496"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30258	"unnamed_Northern Rivers_28497"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30259	"unnamed_Northern Rivers_28498"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30260	"unnamed_Northern Rivers_28499"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30261	"unnamed_Northern Rivers_28500"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30262	"unnamed_Northern Rivers_28501"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30263	"unnamed_Northern Rivers_28502"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30264	"unnamed_Northern Rivers_28503"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30265	"unnamed_Northern Rivers_28504"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30266	"unnamed_Northern Rivers_28505"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30267	"unnamed_Northern Rivers_28506"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30268	"unnamed_Northern Rivers_28507"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30269	"unnamed_Northern Rivers_28508"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30270	"unnamed_Northern Rivers_28509"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30271	"unnamed_Northern Rivers_28510"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30272	"unnamed_Northern Rivers_28511"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30273	"unnamed_Northern Rivers_28512"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30274	"unnamed_Northern Rivers_28513"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30275	"unnamed_Northern Rivers_28514"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30276	"unnamed_Northern Rivers_28515"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30277	"unnamed_Northern Rivers_28516"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30278	"unnamed_Northern Rivers_28517"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30279	"unnamed_Northern Rivers_28518"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30280	"unnamed_Northern Rivers_28519"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30281	"unnamed_Northern Rivers_28520"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30282	"unnamed_Northern Rivers_28521"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30283	"unnamed_Northern Rivers_28522"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30284	"unnamed_Northern Rivers_28523"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30285	"unnamed_Northern Rivers_28524"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30286	"unnamed_Northern Rivers_28525"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30287	"unnamed_Northern Rivers_28526"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30288	"unnamed_Northern Rivers_28527"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30289	"unnamed_Northern Rivers_28528"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30290	"unnamed_Northern Rivers_28529"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30291	"unnamed_Northern Rivers_28530"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30292	"unnamed_Northern Rivers_28531"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30293	"unnamed_Northern Rivers_28532"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30294	"unnamed_Northern Rivers_28533"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30295	"unnamed_Northern Rivers_28534"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30296	"unnamed_Northern Rivers_28535"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30297	"unnamed_Northern Rivers_28536"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30298	"unnamed_Northern Rivers_28537"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30299	"unnamed_Northern Rivers_28538"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30300	"unnamed_Northern Rivers_28539"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30301	"unnamed_Northern Rivers_28540"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30302	"unnamed_Northern Rivers_28541"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30303	"unnamed_Northern Rivers_28542"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30304	"unnamed_Northern Rivers_28543"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30305	"unnamed_Northern Rivers_28544"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30306	"unnamed_Northern Rivers_28545"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30307	"unnamed_Northern Rivers_28546"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30308	"unnamed_Northern Rivers_28547"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30309	"unnamed_Northern Rivers_28548"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30310	"unnamed_Northern Rivers_28549"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30311	"unnamed_Northern Rivers_28550"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30312	"unnamed_Northern Rivers_28551"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30325	"unnamed_Northern Rivers_28564"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30326	"unnamed_Northern Rivers_28565"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30327	"unnamed_Northern Rivers_28566"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30328	"unnamed_Northern Rivers_28567"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30329	"unnamed_Northern Rivers_28568"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30331	"unnamed_Northern Rivers_28570"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30337	"unnamed_Northern Rivers_28576"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30339	"unnamed_Northern Rivers_28578"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30340	"unnamed_Northern Rivers_28579"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30341	"unnamed_Northern Rivers_28580"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30342	"unnamed_Northern Rivers_28581"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30343	"unnamed_Northern Rivers_28582"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30344	"unnamed_Northern Rivers_28583"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30345	"unnamed_Northern Rivers_28584"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30346	"unnamed_Northern Rivers_28585"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30347	"unnamed_Northern Rivers_28586"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30348	"unnamed_Northern Rivers_28587"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30349	"unnamed_Northern Rivers_28588"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30350	"unnamed_Northern Rivers_28589"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30351	"unnamed_Northern Rivers_28590"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30352	"unnamed_Northern Rivers_28591"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30353	"unnamed_Northern Rivers_28592"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30354	"unnamed_Northern Rivers_28593"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30355	"unnamed_Northern Rivers_28594"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30356	"unnamed_Northern Rivers_28595"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30357	"unnamed_Northern Rivers_28596"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30358	"unnamed_Northern Rivers_28597"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30359	"unnamed_Northern Rivers_28598"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30360	"unnamed_Northern Rivers_28599"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30361	"unnamed_Northern Rivers_28600"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30362	"unnamed_Northern Rivers_28601"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30363	"unnamed_Northern Rivers_28602"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30364	"unnamed_Northern Rivers_28603"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30365	"unnamed_Northern Rivers_28604"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30366	"unnamed_Northern Rivers_28605"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30367	"unnamed_Northern Rivers_28606"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30368	"unnamed_Northern Rivers_28607"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30369	"unnamed_Northern Rivers_28608"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30370	"unnamed_Northern Rivers_28609"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30371	"unnamed_Northern Rivers_28610"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30372	"unnamed_Northern Rivers_28611"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30373	"unnamed_Northern Rivers_28612"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30374	"unnamed_Northern Rivers_28613"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30375	"unnamed_Northern Rivers_28614"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30376	"unnamed_Northern Rivers_28615"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30377	"unnamed_Northern Rivers_28616"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30378	"unnamed_Northern Rivers_28617"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30379	"unnamed_Northern Rivers_28618"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30380	"unnamed_Northern Rivers_28619"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30381	"unnamed_Northern Rivers_28620"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30382	"unnamed_Northern Rivers_28621"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30383	"unnamed_Northern Rivers_28622"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30384	"unnamed_Northern Rivers_28623"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30385	"unnamed_Northern Rivers_28624"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30386	"unnamed_Northern Rivers_28625"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30387	"unnamed_Northern Rivers_28626"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30388	"unnamed_Northern Rivers_28627"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30389	"unnamed_Northern Rivers_28628"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30390	"unnamed_Northern Rivers_28629"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30391	"unnamed_Northern Rivers_28630"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30392	"unnamed_Northern Rivers_28631"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30393	"unnamed_Northern Rivers_28632"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30394	"unnamed_Northern Rivers_28633"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30395	"unnamed_Northern Rivers_28634"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30396	"unnamed_Northern Rivers_28635"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30397	"unnamed_Northern Rivers_28636"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30398	"unnamed_Northern Rivers_28637"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30399	"unnamed_Northern Rivers_28638"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30400	"unnamed_Northern Rivers_28639"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30401	"unnamed_Northern Rivers_28640"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30402	"unnamed_Northern Rivers_28641"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30403	"unnamed_Northern Rivers_28642"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30404	"unnamed_Northern Rivers_28643"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30405	"unnamed_Northern Rivers_28644"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30406	"unnamed_Northern Rivers_28645"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30407	"unnamed_Northern Rivers_28646"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30408	"unnamed_Northern Rivers_28647"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30409	"unnamed_Northern Rivers_28648"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30410	"unnamed_Northern Rivers_28649"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30411	"unnamed_Northern Rivers_28650"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30412	"unnamed_Northern Rivers_28651"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30413	"unnamed_Northern Rivers_28652"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30414	"unnamed_Northern Rivers_28653"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30415	"unnamed_Northern Rivers_28654"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30416	"unnamed_Northern Rivers_28655"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30417	"unnamed_Northern Rivers_28656"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30418	"unnamed_Northern Rivers_28657"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30419	"unnamed_Northern Rivers_28658"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30420	"unnamed_Northern Rivers_28659"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30421	"unnamed_Northern Rivers_28660"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30422	"unnamed_Northern Rivers_28661"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30423	"unnamed_Northern Rivers_28662"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30424	"unnamed_Northern Rivers_28663"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30425	"unnamed_Northern Rivers_28664"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30426	"unnamed_Northern Rivers_28665"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30427	"unnamed_Northern Rivers_28666"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30428	"unnamed_Northern Rivers_28667"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30429	"unnamed_Northern Rivers_28668"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30430	"unnamed_Northern Rivers_28669"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30431	"unnamed_Northern Rivers_28670"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30432	"unnamed_Northern Rivers_28671"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30433	"unnamed_Northern Rivers_28672"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30434	"unnamed_Northern Rivers_28673"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30435	"unnamed_Northern Rivers_28674"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30436	"unnamed_Northern Rivers_28675"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30437	"unnamed_Northern Rivers_28676"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30438	"unnamed_Northern Rivers_28677"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30439	"unnamed_Northern Rivers_28678"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30440	"unnamed_Northern Rivers_28679"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30441	"unnamed_Northern Rivers_28680"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30442	"unnamed_Northern Rivers_28681"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30443	"unnamed_Northern Rivers_28682"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30444	"unnamed_Northern Rivers_28683"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30445	"unnamed_Northern Rivers_28684"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30446	"unnamed_Northern Rivers_28685"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30447	"unnamed_Northern Rivers_28686"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30448	"unnamed_Northern Rivers_28687"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30449	"unnamed_Northern Rivers_28688"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30450	"unnamed_Northern Rivers_28689"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30451	"unnamed_Northern Rivers_28690"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30452	"unnamed_Northern Rivers_28691"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30453	"unnamed_Northern Rivers_28692"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30454	"unnamed_Northern Rivers_28693"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30455	"unnamed_Northern Rivers_28694"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30456	"unnamed_Northern Rivers_28695"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30457	"unnamed_Northern Rivers_28696"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30458	"unnamed_Northern Rivers_28697"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30459	"unnamed_Northern Rivers_28698"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30460	"unnamed_Northern Rivers_28699"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30461	"unnamed_Northern Rivers_28700"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30462	"unnamed_Northern Rivers_28701"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30463	"unnamed_Northern Rivers_28702"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30464	"unnamed_Northern Rivers_28703"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30465	"unnamed_Northern Rivers_28704"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30466	"unnamed_Northern Rivers_28705"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30467	"unnamed_Northern Rivers_28706"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30468	"unnamed_Northern Rivers_28707"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30469	"unnamed_Northern Rivers_28708"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30470	"unnamed_Northern Rivers_28709"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30471	"unnamed_Northern Rivers_28710"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30472	"unnamed_Northern Rivers_28711"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30473	"unnamed_Northern Rivers_28712"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30474	"unnamed_Northern Rivers_28713"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30475	"unnamed_Northern Rivers_28714"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30476	"unnamed_Northern Rivers_28715"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30477	"unnamed_Northern Rivers_28716"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30478	"unnamed_Northern Rivers_28717"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30479	"unnamed_Northern Rivers_28718"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30480	"unnamed_Northern Rivers_28719"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30481	"unnamed_Northern Rivers_28720"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30482	"unnamed_Northern Rivers_28721"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30483	"unnamed_Northern Rivers_28722"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30484	"unnamed_Northern Rivers_28723"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30485	"unnamed_Northern Rivers_28724"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30486	"unnamed_Northern Rivers_28725"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30487	"unnamed_Northern Rivers_28726"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30488	"unnamed_Northern Rivers_28727"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30489	"unnamed_Northern Rivers_28728"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30490	"unnamed_Northern Rivers_28729"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30491	"unnamed_Northern Rivers_28730"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30492	"unnamed_Northern Rivers_28731"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30493	"unnamed_Northern Rivers_28732"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30494	"unnamed_Northern Rivers_28733"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30495	"unnamed_Northern Rivers_28734"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30496	"unnamed_Northern Rivers_28735"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30497	"unnamed_Northern Rivers_28736"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30498	"unnamed_Northern Rivers_28737"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30499	"unnamed_Northern Rivers_28738"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30500	"unnamed_Northern Rivers_28739"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30501	"unnamed_Northern Rivers_28740"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30502	"unnamed_Northern Rivers_28741"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30503	"unnamed_Northern Rivers_28742"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30504	"unnamed_Northern Rivers_28743"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30505	"unnamed_Northern Rivers_28744"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30506	"unnamed_Northern Rivers_28745"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30507	"unnamed_Northern Rivers_28746"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30508	"unnamed_Northern Rivers_28747"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30509	"unnamed_Northern Rivers_28748"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30510	"unnamed_Northern Rivers_28749"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30511	"unnamed_Northern Rivers_28750"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30512	"unnamed_Northern Rivers_28751"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30513	"unnamed_Northern Rivers_28752"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30514	"unnamed_Northern Rivers_28753"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30515	"unnamed_Northern Rivers_28754"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30516	"unnamed_Northern Rivers_28755"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30517	"unnamed_Northern Rivers_28756"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30518	"unnamed_Northern Rivers_28757"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30519	"unnamed_Northern Rivers_28758"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30520	"unnamed_Northern Rivers_28759"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30521	"unnamed_Northern Rivers_28760"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30522	"unnamed_Northern Rivers_28761"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30523	"unnamed_Northern Rivers_28762"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30524	"unnamed_Northern Rivers_28763"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30525	"unnamed_Northern Rivers_28764"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30526	"unnamed_Northern Rivers_28765"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30527	"unnamed_Northern Rivers_28766"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30528	"unnamed_Northern Rivers_28767"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30529	"unnamed_Northern Rivers_28768"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30530	"unnamed_Northern Rivers_28769"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30531	"unnamed_Northern Rivers_28770"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30532	"unnamed_Northern Rivers_28771"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30533	"unnamed_Northern Rivers_28772"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30534	"unnamed_Northern Rivers_28773"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30535	"unnamed_Northern Rivers_28774"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30536	"unnamed_Northern Rivers_28775"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30537	"unnamed_Northern Rivers_28776"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30538	"unnamed_Northern Rivers_28777"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30539	"unnamed_Northern Rivers_28778"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30540	"unnamed_Northern Rivers_28779"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30541	"unnamed_Northern Rivers_28780"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30542	"unnamed_Northern Rivers_28781"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30543	"unnamed_Northern Rivers_28782"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30544	"unnamed_Northern Rivers_28783"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30545	"unnamed_Northern Rivers_28784"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30546	"unnamed_Northern Rivers_28785"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30547	"unnamed_Northern Rivers_28786"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30548	"unnamed_Northern Rivers_28787"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30549	"unnamed_Northern Rivers_28788"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30550	"unnamed_Northern Rivers_28789"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30551	"unnamed_Northern Rivers_28790"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30552	"unnamed_Northern Rivers_28791"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30553	"unnamed_Northern Rivers_28792"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30554	"unnamed_Northern Rivers_28793"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30555	"unnamed_Northern Rivers_28794"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30556	"unnamed_Northern Rivers_28795"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30557	"unnamed_Northern Rivers_28796"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30558	"unnamed_Northern Rivers_28797"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30559	"unnamed_Northern Rivers_28798"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30560	"unnamed_Northern Rivers_28799"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30561	"unnamed_Northern Rivers_28800"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30562	"unnamed_Northern Rivers_28801"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30563	"unnamed_Northern Rivers_28802"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30564	"unnamed_Northern Rivers_28803"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30565	"unnamed_Northern Rivers_28804"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30566	"unnamed_Northern Rivers_28805"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30567	"unnamed_Northern Rivers_28806"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30568	"unnamed_Northern Rivers_28807"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30569	"unnamed_Northern Rivers_28808"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30570	"unnamed_Northern Rivers_28809"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30571	"unnamed_Northern Rivers_28810"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30572	"unnamed_Northern Rivers_28811"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30573	"unnamed_Northern Rivers_28812"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30574	"unnamed_Northern Rivers_28813"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30575	"unnamed_Northern Rivers_28814"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30576	"unnamed_Northern Rivers_28815"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30577	"unnamed_Northern Rivers_28816"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30578	"unnamed_Northern Rivers_28817"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30579	"unnamed_Northern Rivers_28818"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30580	"unnamed_Northern Rivers_28819"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30581	"unnamed_Northern Rivers_28820"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30582	"unnamed_Northern Rivers_28821"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30583	"unnamed_Northern Rivers_28822"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30584	"unnamed_Northern Rivers_28823"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30585	"unnamed_Northern Rivers_28824"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30586	"unnamed_Northern Rivers_28825"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30587	"unnamed_Northern Rivers_28826"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30588	"unnamed_Northern Rivers_28827"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30589	"unnamed_Northern Rivers_28828"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30590	"unnamed_Northern Rivers_28829"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30591	"unnamed_Northern Rivers_28830"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30592	"unnamed_Northern Rivers_28831"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30593	"unnamed_Northern Rivers_28832"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30594	"unnamed_Northern Rivers_28833"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30595	"unnamed_Northern Rivers_28834"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30596	"unnamed_Northern Rivers_28835"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30597	"unnamed_Northern Rivers_28836"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30598	"unnamed_Northern Rivers_28837"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30599	"unnamed_Northern Rivers_28838"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30600	"unnamed_Northern Rivers_28839"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30601	"unnamed_Northern Rivers_28840"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30602	"unnamed_Northern Rivers_28841"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30603	"unnamed_Northern Rivers_28842"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30604	"unnamed_Northern Rivers_28843"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30605	"unnamed_Northern Rivers_28844"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30606	"unnamed_Northern Rivers_28845"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30607	"unnamed_Northern Rivers_28846"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30608	"unnamed_Northern Rivers_28847"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30609	"unnamed_Northern Rivers_28848"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30610	"unnamed_Northern Rivers_28849"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30611	"unnamed_Northern Rivers_28850"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30612	"unnamed_Northern Rivers_28851"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30613	"unnamed_Northern Rivers_28852"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30614	"unnamed_Northern Rivers_28853"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30615	"unnamed_Northern Rivers_28854"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30616	"unnamed_Northern Rivers_28855"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30617	"unnamed_Northern Rivers_28856"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30618	"unnamed_Northern Rivers_28857"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30619	"unnamed_Northern Rivers_28858"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30620	"unnamed_Northern Rivers_28859"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30621	"unnamed_Northern Rivers_28860"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30622	"unnamed_Northern Rivers_28861"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30623	"unnamed_Northern Rivers_28862"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30624	"unnamed_Northern Rivers_28863"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30625	"unnamed_Northern Rivers_28864"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30626	"unnamed_Northern Rivers_28865"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30627	"unnamed_Northern Rivers_28866"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30628	"unnamed_Northern Rivers_28867"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30629	"unnamed_Northern Rivers_28868"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30630	"unnamed_Northern Rivers_28869"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30631	"unnamed_Northern Rivers_28870"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30632	"unnamed_Northern Rivers_28871"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30633	"unnamed_Northern Rivers_28872"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30634	"unnamed_Northern Rivers_28873"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30635	"unnamed_Northern Rivers_28874"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30636	"unnamed_Northern Rivers_28875"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30637	"unnamed_Northern Rivers_28876"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30638	"unnamed_Northern Rivers_28877"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30639	"unnamed_Northern Rivers_28878"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30640	"unnamed_Northern Rivers_28879"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30641	"unnamed_Northern Rivers_28880"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30642	"unnamed_Northern Rivers_28881"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30643	"unnamed_Northern Rivers_28882"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30644	"unnamed_Northern Rivers_28883"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30645	"unnamed_Northern Rivers_28884"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30646	"unnamed_Northern Rivers_28885"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30647	"unnamed_Northern Rivers_28886"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30648	"unnamed_Northern Rivers_28887"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30649	"unnamed_Northern Rivers_28888"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30650	"unnamed_Northern Rivers_28889"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30651	"unnamed_Northern Rivers_28890"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30652	"unnamed_Northern Rivers_28891"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30653	"unnamed_Northern Rivers_28892"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30654	"unnamed_Northern Rivers_28893"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30655	"unnamed_Northern Rivers_28894"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30656	"unnamed_Northern Rivers_28895"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30657	"unnamed_Northern Rivers_28896"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30658	"unnamed_Northern Rivers_28897"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30659	"unnamed_Northern Rivers_28898"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30660	"unnamed_Northern Rivers_28899"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30661	"unnamed_Northern Rivers_28900"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30662	"unnamed_Northern Rivers_28901"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30663	"unnamed_Northern Rivers_28902"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30664	"unnamed_Northern Rivers_28903"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30665	"unnamed_Northern Rivers_28904"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30666	"unnamed_Northern Rivers_28905"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30667	"unnamed_Northern Rivers_28906"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30668	"unnamed_Northern Rivers_28907"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30669	"unnamed_Northern Rivers_28908"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30670	"unnamed_Northern Rivers_28909"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30671	"unnamed_Northern Rivers_28910"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30672	"unnamed_Northern Rivers_28911"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30673	"unnamed_Northern Rivers_28912"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30674	"unnamed_Northern Rivers_28913"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30675	"unnamed_Northern Rivers_28914"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30676	"unnamed_Northern Rivers_28915"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30677	"unnamed_Northern Rivers_28916"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30678	"unnamed_Northern Rivers_28917"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30679	"unnamed_Northern Rivers_28918"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30680	"unnamed_Northern Rivers_28919"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30681	"unnamed_Northern Rivers_28920"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30682	"unnamed_Northern Rivers_28921"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30683	"unnamed_Northern Rivers_28922"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30684	"unnamed_Northern Rivers_28923"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30685	"unnamed_Northern Rivers_28924"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30686	"unnamed_Northern Rivers_28925"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30687	"unnamed_Northern Rivers_28926"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30688	"unnamed_Northern Rivers_28927"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30689	"unnamed_Northern Rivers_28928"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30690	"unnamed_Northern Rivers_28929"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30691	"unnamed_Northern Rivers_28930"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30692	"unnamed_Northern Rivers_28931"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30693	"unnamed_Northern Rivers_28932"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30694	"unnamed_Northern Rivers_28933"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30695	"unnamed_Northern Rivers_28934"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30696	"unnamed_Northern Rivers_28935"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30697	"unnamed_Northern Rivers_28936"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30698	"unnamed_Northern Rivers_28937"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30699	"unnamed_Northern Rivers_28938"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30700	"unnamed_Northern Rivers_28939"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30701	"unnamed_Northern Rivers_28940"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30702	"unnamed_Northern Rivers_28941"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30703	"unnamed_Northern Rivers_28942"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30704	"unnamed_Northern Rivers_28943"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30705	"unnamed_Northern Rivers_28944"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30706	"unnamed_Northern Rivers_28945"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30707	"unnamed_Northern Rivers_28946"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30708	"unnamed_Northern Rivers_28947"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30709	"unnamed_Northern Rivers_28948"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30710	"unnamed_Northern Rivers_28949"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30711	"unnamed_Northern Rivers_28950"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30712	"unnamed_Northern Rivers_28951"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30713	"unnamed_Northern Rivers_28952"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30714	"unnamed_Northern Rivers_28953"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30715	"unnamed_Northern Rivers_28954"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30716	"unnamed_Northern Rivers_28955"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30717	"unnamed_Northern Rivers_28956"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30718	"unnamed_Northern Rivers_28957"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30719	"unnamed_Northern Rivers_28958"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30720	"unnamed_Northern Rivers_28959"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30721	"unnamed_Northern Rivers_28960"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30722	"unnamed_Northern Rivers_28961"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30723	"unnamed_Northern Rivers_28962"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30724	"unnamed_Northern Rivers_28963"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30725	"unnamed_Northern Rivers_28964"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30726	"unnamed_Northern Rivers_28965"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30727	"unnamed_Northern Rivers_28966"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30728	"unnamed_Northern Rivers_28967"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30729	"unnamed_Northern Rivers_28968"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30730	"unnamed_Northern Rivers_28969"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30731	"unnamed_Northern Rivers_28970"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30732	"unnamed_Northern Rivers_28971"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30733	"unnamed_Northern Rivers_28972"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30734	"unnamed_Northern Rivers_28973"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30735	"unnamed_Northern Rivers_28974"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30736	"unnamed_Northern Rivers_28975"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30737	"unnamed_Northern Rivers_28976"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30738	"unnamed_Northern Rivers_28977"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30739	"unnamed_Northern Rivers_28978"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30740	"unnamed_Northern Rivers_28979"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30741	"unnamed_Northern Rivers_28980"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30742	"unnamed_Northern Rivers_28981"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30743	"unnamed_Northern Rivers_28982"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30744	"unnamed_Northern Rivers_28983"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30745	"unnamed_Northern Rivers_28984"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30746	"unnamed_Northern Rivers_28985"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30747	"unnamed_Northern Rivers_28986"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30748	"unnamed_Northern Rivers_28987"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30749	"unnamed_Northern Rivers_28988"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30750	"unnamed_Northern Rivers_28989"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30751	"unnamed_Northern Rivers_28990"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30752	"unnamed_Northern Rivers_28991"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30753	"unnamed_Northern Rivers_28992"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30754	"unnamed_Northern Rivers_28993"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30755	"unnamed_Northern Rivers_28994"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30756	"unnamed_Northern Rivers_28995"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30757	"unnamed_Northern Rivers_28996"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30758	"unnamed_Northern Rivers_28997"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30759	"unnamed_Northern Rivers_28998"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30760	"unnamed_Northern Rivers_28999"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30761	"unnamed_Northern Rivers_29000"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30762	"unnamed_Northern Rivers_29001"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30763	"unnamed_Northern Rivers_29002"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30764	"unnamed_Northern Rivers_29003"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30765	"unnamed_Northern Rivers_29004"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30766	"unnamed_Northern Rivers_29005"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30767	"unnamed_Northern Rivers_29006"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30768	"unnamed_Northern Rivers_29007"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30769	"unnamed_Northern Rivers_29008"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30770	"unnamed_Northern Rivers_29009"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30771	"unnamed_Northern Rivers_29010"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30772	"unnamed_Northern Rivers_29011"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30773	"unnamed_Northern Rivers_29012"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30774	"unnamed_Northern Rivers_29013"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30775	"unnamed_Northern Rivers_29014"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30776	"unnamed_Northern Rivers_29015"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30777	"unnamed_Northern Rivers_29016"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30778	"unnamed_Northern Rivers_29017"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30779	"unnamed_Northern Rivers_29018"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30780	"unnamed_Northern Rivers_29019"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30781	"unnamed_Northern Rivers_29020"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30782	"unnamed_Northern Rivers_29021"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30783	"unnamed_Northern Rivers_29022"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30784	"unnamed_Northern Rivers_29023"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30785	"unnamed_Northern Rivers_29024"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30786	"unnamed_Northern Rivers_29025"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30787	"unnamed_Northern Rivers_29026"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30788	"unnamed_Northern Rivers_29027"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30789	"unnamed_Northern Rivers_29028"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30790	"unnamed_Northern Rivers_29029"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30791	"unnamed_Northern Rivers_29030"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30792	"unnamed_Northern Rivers_29031"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30793	"unnamed_Northern Rivers_29032"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30794	"unnamed_Northern Rivers_29033"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30795	"unnamed_Northern Rivers_29034"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30796	"unnamed_Northern Rivers_29035"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30797	"unnamed_Northern Rivers_29036"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30798	"unnamed_Northern Rivers_29037"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30799	"unnamed_Northern Rivers_29038"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30800	"unnamed_Northern Rivers_29039"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30801	"unnamed_Northern Rivers_29040"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30802	"unnamed_Northern Rivers_29041"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30803	"unnamed_Northern Rivers_29042"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30804	"unnamed_Northern Rivers_29043"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30805	"unnamed_Northern Rivers_29044"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30806	"unnamed_Northern Rivers_29045"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30807	"unnamed_Northern Rivers_29046"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30808	"unnamed_Northern Rivers_29047"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30809	"unnamed_Northern Rivers_29048"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30810	"unnamed_Northern Rivers_29049"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30811	"unnamed_Northern Rivers_29050"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30812	"unnamed_Northern Rivers_29051"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30813	"unnamed_Northern Rivers_29052"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30814	"unnamed_Northern Rivers_29053"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30815	"unnamed_Northern Rivers_29054"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30816	"unnamed_Northern Rivers_29055"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30817	"unnamed_Northern Rivers_29056"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30818	"unnamed_Northern Rivers_29057"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30819	"unnamed_Northern Rivers_29058"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30820	"unnamed_Northern Rivers_29059"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30821	"unnamed_Northern Rivers_29060"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30822	"unnamed_Northern Rivers_29061"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30823	"unnamed_Northern Rivers_29062"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30824	"unnamed_Northern Rivers_29063"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30825	"unnamed_Northern Rivers_29064"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30826	"unnamed_Northern Rivers_29065"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30827	"unnamed_Northern Rivers_29066"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30828	"unnamed_Northern Rivers_29067"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30829	"unnamed_Northern Rivers_29068"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30830	"unnamed_Northern Rivers_29069"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30831	"unnamed_Northern Rivers_29070"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30832	"unnamed_Northern Rivers_29071"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30833	"unnamed_Northern Rivers_29072"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30834	"unnamed_Northern Rivers_29073"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30835	"unnamed_Northern Rivers_29074"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30836	"unnamed_Northern Rivers_29075"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30837	"unnamed_Northern Rivers_29076"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30838	"unnamed_Northern Rivers_29077"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30839	"unnamed_Northern Rivers_29078"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30840	"unnamed_Northern Rivers_29079"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30841	"unnamed_Northern Rivers_29080"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30842	"unnamed_Northern Rivers_29081"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30843	"unnamed_Northern Rivers_29082"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30844	"unnamed_Northern Rivers_29083"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30845	"unnamed_Northern Rivers_29084"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30846	"unnamed_Northern Rivers_29085"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30847	"unnamed_Northern Rivers_29086"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30848	"unnamed_Northern Rivers_29087"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30849	"unnamed_Northern Rivers_29088"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30850	"unnamed_Northern Rivers_29089"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30851	"unnamed_Northern Rivers_29090"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30852	"unnamed_Northern Rivers_29091"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30853	"unnamed_Northern Rivers_29092"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30854	"unnamed_Northern Rivers_29093"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30855	"unnamed_Northern Rivers_29094"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30856	"unnamed_Northern Rivers_29095"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30857	"unnamed_Northern Rivers_29096"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30858	"unnamed_Northern Rivers_29097"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30859	"unnamed_Northern Rivers_29098"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30860	"unnamed_Northern Rivers_29099"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30861	"unnamed_Northern Rivers_29100"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30862	"unnamed_Northern Rivers_29101"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30863	"unnamed_Northern Rivers_29102"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30864	"unnamed_Northern Rivers_29103"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30865	"unnamed_Northern Rivers_29104"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30866	"unnamed_Northern Rivers_29105"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30867	"unnamed_Northern Rivers_29106"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30868	"unnamed_Northern Rivers_29107"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30869	"unnamed_Northern Rivers_29108"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30870	"unnamed_Northern Rivers_29109"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30871	"unnamed_Northern Rivers_29110"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30872	"unnamed_Northern Rivers_29111"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30873	"unnamed_Northern Rivers_29112"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30874	"unnamed_Northern Rivers_29113"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30875	"unnamed_Northern Rivers_29114"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30876	"unnamed_Northern Rivers_29115"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30877	"unnamed_Northern Rivers_29116"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30878	"unnamed_Northern Rivers_29117"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30879	"unnamed_Northern Rivers_29118"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30880	"unnamed_Northern Rivers_29119"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30881	"unnamed_Northern Rivers_29120"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30882	"unnamed_Northern Rivers_29121"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30883	"unnamed_Northern Rivers_29122"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30884	"unnamed_Northern Rivers_29123"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30885	"unnamed_Northern Rivers_29124"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30886	"unnamed_Northern Rivers_29125"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30887	"unnamed_Northern Rivers_29126"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30888	"unnamed_Northern Rivers_29127"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30889	"unnamed_Northern Rivers_29128"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30890	"unnamed_Northern Rivers_29129"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30891	"unnamed_Northern Rivers_29130"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30892	"unnamed_Northern Rivers_29131"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30893	"unnamed_Northern Rivers_29132"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30894	"unnamed_Northern Rivers_29133"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30895	"unnamed_Northern Rivers_29134"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30896	"unnamed_Northern Rivers_29135"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30897	"unnamed_Northern Rivers_29136"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30898	"unnamed_Northern Rivers_29137"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30899	"unnamed_Northern Rivers_29138"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30900	"unnamed_Northern Rivers_29139"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30901	"unnamed_Northern Rivers_29140"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30902	"unnamed_Northern Rivers_29141"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30903	"unnamed_Northern Rivers_29142"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30904	"unnamed_Northern Rivers_29143"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30905	"unnamed_Northern Rivers_29144"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30906	"unnamed_Northern Rivers_29145"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30907	"unnamed_Northern Rivers_29146"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30908	"unnamed_Northern Rivers_29147"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30909	"unnamed_Northern Rivers_29148"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30910	"unnamed_Northern Rivers_29149"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30911	"unnamed_Northern Rivers_29150"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30912	"unnamed_Northern Rivers_29151"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30913	"unnamed_Northern Rivers_29152"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30914	"unnamed_Northern Rivers_29153"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30915	"unnamed_Northern Rivers_29154"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30916	"unnamed_Northern Rivers_29155"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30917	"unnamed_Northern Rivers_29156"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30918	"unnamed_Northern Rivers_29157"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30919	"unnamed_Northern Rivers_29158"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30920	"unnamed_Northern Rivers_29159"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30921	"unnamed_Northern Rivers_29160"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30922	"unnamed_Northern Rivers_29161"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30923	"unnamed_Northern Rivers_29162"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30924	"unnamed_Northern Rivers_29163"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30925	"unnamed_Northern Rivers_29164"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30926	"unnamed_Northern Rivers_29165"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30927	"unnamed_Northern Rivers_29166"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30928	"unnamed_Northern Rivers_29167"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30929	"unnamed_Northern Rivers_29168"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30930	"unnamed_Northern Rivers_29169"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30931	"unnamed_Northern Rivers_29170"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30932	"unnamed_Northern Rivers_29171"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30933	"unnamed_Northern Rivers_29172"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30934	"unnamed_Northern Rivers_29173"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30935	"unnamed_Northern Rivers_29174"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30936	"unnamed_Northern Rivers_29175"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30937	"unnamed_Northern Rivers_29176"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30938	"unnamed_Northern Rivers_29177"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30939	"unnamed_Northern Rivers_29178"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30940	"unnamed_Northern Rivers_29179"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30941	"unnamed_Northern Rivers_29180"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30942	"unnamed_Northern Rivers_29181"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30943	"unnamed_Northern Rivers_29182"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30944	"unnamed_Northern Rivers_29183"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30945	"unnamed_Northern Rivers_29184"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30946	"unnamed_Northern Rivers_29185"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30947	"unnamed_Northern Rivers_29186"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30948	"unnamed_Northern Rivers_29187"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30949	"unnamed_Northern Rivers_29188"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30950	"unnamed_Northern Rivers_29189"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30951	"unnamed_Northern Rivers_29190"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30952	"unnamed_Northern Rivers_29191"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30953	"unnamed_Northern Rivers_29192"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30954	"unnamed_Northern Rivers_29193"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30955	"unnamed_Northern Rivers_29194"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30956	"unnamed_Northern Rivers_29195"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30957	"unnamed_Northern Rivers_29196"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30958	"unnamed_Northern Rivers_29197"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30959	"unnamed_Northern Rivers_29198"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30960	"unnamed_Northern Rivers_29199"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30961	"unnamed_Northern Rivers_29200"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30962	"unnamed_Northern Rivers_29201"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30963	"unnamed_Northern Rivers_29202"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30964	"unnamed_Northern Rivers_29203"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30965	"unnamed_Northern Rivers_29204"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30966	"unnamed_Northern Rivers_29205"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30967	"unnamed_Northern Rivers_29206"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30968	"unnamed_Northern Rivers_29207"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30969	"unnamed_Northern Rivers_29208"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30970	"unnamed_Northern Rivers_29209"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30971	"unnamed_Northern Rivers_29210"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30972	"unnamed_Northern Rivers_29211"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30973	"unnamed_Northern Rivers_29212"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30974	"unnamed_Northern Rivers_29213"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30975	"unnamed_Northern Rivers_29214"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30976	"unnamed_Northern Rivers_29215"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30977	"unnamed_Northern Rivers_29216"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30978	"unnamed_Northern Rivers_29217"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30979	"unnamed_Northern Rivers_29218"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30980	"unnamed_Northern Rivers_29219"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30981	"unnamed_Northern Rivers_29220"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30982	"unnamed_Northern Rivers_29221"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30983	"unnamed_Northern Rivers_29222"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30984	"unnamed_Northern Rivers_29223"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30985	"unnamed_Northern Rivers_29224"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30986	"unnamed_Northern Rivers_29225"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30987	"unnamed_Northern Rivers_29226"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30988	"unnamed_Northern Rivers_29227"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30989	"unnamed_Northern Rivers_29228"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30990	"unnamed_Northern Rivers_29229"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30991	"unnamed_Northern Rivers_29230"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30992	"unnamed_Northern Rivers_29231"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30993	"unnamed_Northern Rivers_29232"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30994	"unnamed_Northern Rivers_29233"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30995	"unnamed_Northern Rivers_29234"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30996	"unnamed_Northern Rivers_29235"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30997	"unnamed_Northern Rivers_29236"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30998	"unnamed_Northern Rivers_29237"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
30999	"unnamed_Northern Rivers_29238"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31000	"unnamed_Northern Rivers_29239"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31001	"unnamed_Northern Rivers_29240"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31002	"unnamed_Northern Rivers_29241"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31003	"unnamed_Northern Rivers_29242"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31004	"unnamed_Northern Rivers_29243"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31005	"unnamed_Northern Rivers_29244"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31006	"unnamed_Northern Rivers_29245"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31007	"unnamed_Northern Rivers_29246"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31008	"unnamed_Northern Rivers_29247"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31009	"unnamed_Northern Rivers_29248"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31010	"unnamed_Northern Rivers_29249"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31011	"unnamed_Northern Rivers_29250"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31012	"unnamed_Northern Rivers_29251"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31013	"unnamed_Northern Rivers_29252"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31014	"unnamed_Northern Rivers_29253"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31015	"unnamed_Northern Rivers_29254"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31016	"unnamed_Northern Rivers_29255"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31017	"unnamed_Northern Rivers_29256"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31018	"unnamed_Northern Rivers_29257"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31019	"unnamed_Northern Rivers_29258"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31020	"unnamed_Northern Rivers_29259"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31021	"unnamed_Northern Rivers_29260"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31022	"unnamed_Northern Rivers_29261"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31023	"unnamed_Northern Rivers_29262"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31024	"unnamed_Northern Rivers_29263"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31025	"unnamed_Northern Rivers_29264"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31026	"unnamed_Northern Rivers_29265"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31027	"unnamed_Northern Rivers_29266"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31028	"unnamed_Northern Rivers_29267"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31029	"unnamed_Northern Rivers_29268"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31030	"unnamed_Northern Rivers_29269"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31031	"unnamed_Northern Rivers_29270"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31032	"unnamed_Northern Rivers_29271"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31033	"unnamed_Northern Rivers_29272"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31034	"unnamed_Northern Rivers_29273"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31035	"unnamed_Northern Rivers_29274"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31036	"unnamed_Northern Rivers_29275"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31037	"unnamed_Northern Rivers_29276"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31038	"unnamed_Northern Rivers_29277"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31039	"unnamed_Northern Rivers_29278"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31040	"unnamed_Northern Rivers_29279"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31041	"unnamed_Northern Rivers_29280"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31042	"unnamed_Northern Rivers_29281"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31043	"unnamed_Northern Rivers_29282"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31044	"unnamed_Northern Rivers_29283"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31045	"unnamed_Northern Rivers_29284"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31046	"unnamed_Northern Rivers_29285"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31047	"unnamed_Northern Rivers_29286"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31048	"unnamed_Northern Rivers_29287"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31049	"unnamed_Northern Rivers_29288"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31050	"unnamed_Northern Rivers_29289"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31051	"unnamed_Northern Rivers_29290"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31052	"unnamed_Northern Rivers_29291"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31053	"unnamed_Northern Rivers_29292"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31054	"unnamed_Northern Rivers_29293"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31055	"unnamed_Northern Rivers_29294"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31056	"unnamed_Northern Rivers_29295"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31057	"unnamed_Northern Rivers_29296"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31058	"unnamed_Northern Rivers_29297"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31059	"unnamed_Northern Rivers_29298"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31060	"unnamed_Northern Rivers_29299"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31061	"unnamed_Northern Rivers_29300"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31062	"unnamed_Northern Rivers_29301"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31063	"unnamed_Northern Rivers_29302"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31064	"unnamed_Northern Rivers_29303"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31065	"unnamed_Northern Rivers_29304"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31066	"unnamed_Northern Rivers_29305"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31067	"unnamed_Northern Rivers_29306"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31068	"unnamed_Northern Rivers_29307"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31069	"unnamed_Northern Rivers_29308"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31070	"unnamed_Northern Rivers_29309"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31071	"unnamed_Northern Rivers_29310"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31072	"unnamed_Northern Rivers_29311"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31073	"unnamed_Northern Rivers_29312"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31074	"unnamed_Northern Rivers_29313"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31075	"unnamed_Northern Rivers_29314"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31076	"unnamed_Northern Rivers_29315"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31077	"unnamed_Northern Rivers_29316"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31078	"unnamed_Northern Rivers_29317"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31079	"unnamed_Northern Rivers_29318"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31080	"unnamed_Northern Rivers_29319"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31081	"unnamed_Northern Rivers_29320"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31082	"unnamed_Northern Rivers_29321"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31083	"unnamed_Northern Rivers_29322"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31084	"unnamed_Northern Rivers_29323"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31085	"unnamed_Northern Rivers_29324"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31086	"unnamed_Northern Rivers_29325"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31087	"unnamed_Northern Rivers_29326"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31088	"unnamed_Northern Rivers_29327"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31089	"unnamed_Northern Rivers_29328"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31090	"unnamed_Northern Rivers_29329"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31091	"unnamed_Northern Rivers_29330"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31092	"unnamed_Northern Rivers_29331"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31093	"unnamed_Northern Rivers_29332"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31094	"unnamed_Northern Rivers_29333"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31095	"unnamed_Northern Rivers_29334"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31096	"unnamed_Northern Rivers_29335"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31097	"unnamed_Northern Rivers_29336"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31098	"unnamed_Northern Rivers_29337"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31099	"unnamed_Northern Rivers_29338"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31100	"unnamed_Northern Rivers_29339"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31101	"unnamed_Northern Rivers_29340"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31102	"unnamed_Northern Rivers_29341"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31103	"unnamed_Northern Rivers_29342"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31104	"unnamed_Northern Rivers_29343"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31105	"unnamed_Northern Rivers_29344"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31106	"unnamed_Northern Rivers_29345"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31107	"unnamed_Northern Rivers_29346"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31108	"unnamed_Northern Rivers_29347"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31109	"unnamed_Northern Rivers_29348"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31110	"unnamed_Northern Rivers_29349"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31111	"unnamed_Northern Rivers_29350"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31112	"unnamed_Northern Rivers_29351"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31113	"unnamed_Northern Rivers_29352"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31114	"unnamed_Northern Rivers_29353"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31115	"unnamed_Northern Rivers_29354"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31116	"unnamed_Northern Rivers_29355"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31117	"unnamed_Northern Rivers_29356"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31118	"unnamed_Northern Rivers_29357"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31119	"unnamed_Northern Rivers_29358"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31120	"unnamed_Northern Rivers_29359"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31121	"unnamed_Northern Rivers_29360"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31122	"unnamed_Northern Rivers_29361"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31123	"unnamed_Northern Rivers_29362"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31124	"unnamed_Northern Rivers_29363"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31125	"unnamed_Northern Rivers_29364"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31126	"unnamed_Northern Rivers_29365"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31127	"unnamed_Northern Rivers_29366"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31128	"unnamed_Northern Rivers_29367"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31129	"unnamed_Northern Rivers_29368"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31130	"unnamed_Northern Rivers_29369"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31131	"unnamed_Northern Rivers_29370"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31132	"unnamed_Northern Rivers_29371"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31133	"unnamed_Northern Rivers_29372"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31134	"unnamed_Northern Rivers_29373"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31135	"unnamed_Northern Rivers_29374"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31136	"unnamed_Northern Rivers_29375"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31137	"unnamed_Northern Rivers_29376"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31138	"unnamed_Northern Rivers_29377"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31139	"unnamed_Northern Rivers_29378"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31140	"unnamed_Northern Rivers_29379"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31141	"unnamed_Northern Rivers_29380"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31142	"unnamed_Northern Rivers_29381"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31143	"unnamed_Northern Rivers_29382"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31144	"unnamed_Northern Rivers_29383"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31145	"unnamed_Northern Rivers_29384"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31146	"unnamed_Northern Rivers_29385"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31147	"unnamed_Northern Rivers_29386"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31148	"unnamed_Northern Rivers_29387"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31149	"unnamed_Northern Rivers_29388"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31150	"unnamed_Northern Rivers_29389"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31151	"unnamed_Northern Rivers_29390"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31152	"unnamed_Northern Rivers_29391"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31153	"unnamed_Northern Rivers_29392"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31154	"unnamed_Northern Rivers_29393"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31155	"unnamed_Northern Rivers_29394"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31156	"unnamed_Northern Rivers_29395"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31157	"unnamed_Northern Rivers_29396"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31158	"unnamed_Northern Rivers_29397"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31159	"unnamed_Northern Rivers_29398"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31160	"unnamed_Northern Rivers_29399"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31161	"unnamed_Northern Rivers_29400"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31162	"unnamed_Northern Rivers_29401"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31163	"unnamed_Northern Rivers_29402"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31164	"unnamed_Northern Rivers_29403"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31165	"unnamed_Northern Rivers_29404"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31166	"unnamed_Northern Rivers_29405"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31167	"unnamed_Northern Rivers_29406"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31168	"unnamed_Northern Rivers_29407"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31169	"unnamed_Northern Rivers_29408"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31170	"unnamed_Northern Rivers_29409"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31171	"unnamed_Northern Rivers_29410"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31172	"unnamed_Northern Rivers_29411"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31173	"unnamed_Northern Rivers_29412"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31174	"unnamed_Northern Rivers_29413"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31175	"unnamed_Northern Rivers_29414"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31176	"unnamed_Northern Rivers_29415"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31177	"unnamed_Northern Rivers_29416"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31178	"unnamed_Northern Rivers_29417"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31179	"unnamed_Northern Rivers_29418"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31180	"unnamed_Northern Rivers_29419"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31181	"unnamed_Northern Rivers_29420"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31182	"unnamed_Northern Rivers_29421"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31183	"unnamed_Northern Rivers_29422"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31184	"unnamed_Northern Rivers_29423"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31185	"unnamed_Northern Rivers_29424"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31186	"unnamed_Northern Rivers_29425"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31187	"unnamed_Northern Rivers_29426"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31188	"unnamed_Northern Rivers_29427"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31189	"unnamed_Northern Rivers_29428"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31190	"unnamed_Northern Rivers_29429"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31191	"unnamed_Northern Rivers_29430"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31192	"unnamed_Northern Rivers_29431"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31193	"unnamed_Northern Rivers_29432"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31194	"unnamed_Northern Rivers_29433"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31195	"unnamed_Northern Rivers_29434"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31196	"unnamed_Northern Rivers_29435"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31197	"unnamed_Northern Rivers_29436"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31198	"unnamed_Northern Rivers_29437"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31199	"unnamed_Northern Rivers_29438"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31200	"unnamed_Northern Rivers_29439"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31201	"unnamed_Northern Rivers_29440"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31202	"unnamed_Northern Rivers_29441"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31203	"unnamed_Northern Rivers_29442"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31204	"unnamed_Northern Rivers_29443"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31205	"unnamed_Northern Rivers_29444"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31206	"unnamed_Northern Rivers_29445"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31207	"unnamed_Northern Rivers_29446"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31208	"unnamed_Northern Rivers_29447"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31209	"unnamed_Northern Rivers_29448"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31210	"unnamed_Northern Rivers_29449"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31211	"unnamed_Northern Rivers_29450"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31212	"unnamed_Northern Rivers_29451"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31213	"unnamed_Northern Rivers_29452"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31214	"unnamed_Northern Rivers_29453"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31215	"unnamed_Northern Rivers_29454"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31216	"unnamed_Northern Rivers_29455"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31217	"unnamed_Northern Rivers_29456"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31218	"unnamed_Northern Rivers_29457"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31219	"unnamed_Northern Rivers_29458"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31220	"unnamed_Northern Rivers_29459"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31221	"unnamed_Northern Rivers_29460"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31222	"unnamed_Northern Rivers_29461"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31223	"unnamed_Northern Rivers_29462"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31224	"unnamed_Northern Rivers_29463"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31225	"unnamed_Northern Rivers_29464"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31226	"unnamed_Northern Rivers_29465"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31227	"unnamed_Northern Rivers_29466"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31228	"unnamed_Northern Rivers_29468"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31229	"unnamed_Northern Rivers_29469"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31230	"unnamed_Northern Rivers_29470"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31231	"unnamed_Northern Rivers_29471"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31232	"unnamed_Northern Rivers_29472"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31233	"unnamed_Northern Rivers_29473"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31234	"unnamed_Northern Rivers_29474"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31235	"unnamed_Northern Rivers_29475"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31236	"unnamed_Northern Rivers_29476"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31237	"unnamed_Northern Rivers_29477"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31238	"unnamed_Northern Rivers_29478"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31239	"unnamed_Northern Rivers_29479"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31240	"unnamed_Northern Rivers_29480"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31241	"unnamed_Northern Rivers_29481"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31242	"unnamed_Northern Rivers_29482"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31243	"unnamed_Northern Rivers_29483"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31244	"unnamed_Northern Rivers_29484"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31245	"unnamed_Northern Rivers_29485"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31246	"unnamed_Northern Rivers_29486"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31247	"unnamed_Northern Rivers_29487"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31248	"unnamed_Northern Rivers_29488"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31249	"unnamed_Northern Rivers_29489"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31250	"unnamed_Northern Rivers_29490"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31251	"unnamed_Northern Rivers_29491"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31252	"unnamed_Northern Rivers_29492"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31253	"unnamed_Northern Rivers_29493"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31254	"unnamed_Northern Rivers_29494"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31255	"unnamed_Northern Rivers_29495"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31256	"unnamed_Northern Rivers_29496"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31257	"unnamed_Northern Rivers_29497"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31258	"unnamed_Northern Rivers_29498"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31259	"unnamed_Northern Rivers_29499"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31260	"unnamed_Northern Rivers_29500"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31261	"unnamed_Northern Rivers_29501"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31262	"unnamed_Northern Rivers_29502"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31263	"unnamed_Northern Rivers_29503"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31264	"unnamed_Northern Rivers_29504"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31265	"unnamed_Northern Rivers_29505"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31266	"unnamed_Northern Rivers_29506"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31267	"unnamed_Northern Rivers_29507"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31268	"unnamed_Northern Rivers_29508"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31269	"unnamed_Northern Rivers_29509"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31270	"unnamed_Northern Rivers_29510"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31271	"unnamed_Northern Rivers_29511"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31272	"unnamed_Northern Rivers_29512"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31273	"unnamed_Northern Rivers_29513"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31274	"unnamed_Northern Rivers_29514"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31275	"unnamed_Northern Rivers_29515"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31276	"unnamed_Northern Rivers_29516"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31277	"unnamed_Northern Rivers_29517"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31278	"unnamed_Northern Rivers_29518"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31279	"unnamed_Northern Rivers_29519"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31280	"unnamed_Northern Rivers_29520"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31281	"unnamed_Northern Rivers_29521"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31282	"unnamed_Northern Rivers_29522"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31283	"unnamed_Northern Rivers_29523"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31284	"unnamed_Northern Rivers_29524"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31285	"unnamed_Northern Rivers_29525"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31286	"unnamed_Northern Rivers_29526"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31287	"unnamed_Northern Rivers_29527"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31288	"unnamed_Northern Rivers_29528"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31289	"unnamed_Northern Rivers_29529"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31290	"unnamed_Northern Rivers_29530"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31291	"unnamed_Northern Rivers_29531"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31292	"unnamed_Northern Rivers_29532"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31293	"unnamed_Northern Rivers_29533"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31294	"unnamed_Northern Rivers_29534"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31295	"unnamed_Northern Rivers_29535"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31296	"unnamed_Northern Rivers_29536"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31297	"unnamed_Northern Rivers_29537"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31298	"unnamed_Northern Rivers_29538"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31299	"unnamed_Northern Rivers_29539"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31300	"unnamed_Northern Rivers_29540"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31301	"unnamed_Northern Rivers_29541"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31302	"unnamed_Northern Rivers_29542"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31303	"unnamed_Northern Rivers_29543"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31304	"unnamed_Northern Rivers_29544"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31305	"unnamed_Northern Rivers_29545"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31306	"unnamed_Northern Rivers_29546"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31307	"unnamed_Northern Rivers_29547"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31308	"unnamed_Northern Rivers_29548"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31309	"unnamed_Northern Rivers_29549"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31310	"unnamed_Northern Rivers_29550"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31311	"unnamed_Northern Rivers_29551"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31312	"unnamed_Northern Rivers_29552"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31313	"unnamed_Northern Rivers_29553"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31314	"unnamed_Northern Rivers_29554"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31315	"unnamed_Northern Rivers_29555"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31316	"unnamed_Northern Rivers_29556"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31317	"unnamed_Northern Rivers_29557"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31318	"unnamed_Northern Rivers_29558"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31319	"unnamed_Northern Rivers_29559"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31320	"unnamed_Northern Rivers_29560"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31321	"unnamed_Northern Rivers_29561"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31322	"unnamed_Northern Rivers_29562"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31323	"unnamed_Northern Rivers_29563"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31324	"unnamed_Northern Rivers_29564"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31325	"unnamed_Northern Rivers_29565"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31326	"unnamed_Northern Rivers_29566"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31327	"unnamed_Northern Rivers_29567"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31328	"unnamed_Northern Rivers_29568"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31329	"unnamed_Northern Rivers_29569"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31330	"unnamed_Northern Rivers_29570"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31331	"unnamed_Northern Rivers_29571"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31332	"unnamed_Northern Rivers_29572"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31333	"unnamed_Northern Rivers_29573"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31334	"unnamed_Northern Rivers_29574"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31335	"unnamed_Northern Rivers_29575"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31336	"unnamed_Northern Rivers_29576"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31337	"unnamed_Northern Rivers_29577"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31338	"unnamed_Northern Rivers_29578"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31339	"unnamed_Northern Rivers_29579"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31340	"unnamed_Northern Rivers_29580"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31341	"unnamed_Northern Rivers_29581"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31342	"unnamed_Northern Rivers_29582"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31343	"unnamed_Northern Rivers_29583"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31344	"unnamed_Northern Rivers_29584"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31345	"unnamed_Northern Rivers_29585"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31346	"unnamed_Northern Rivers_29586"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31347	"unnamed_Northern Rivers_29587"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31348	"unnamed_Northern Rivers_29588"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31349	"unnamed_Northern Rivers_29589"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31350	"unnamed_Northern Rivers_29590"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31351	"unnamed_Northern Rivers_29591"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31352	"unnamed_Northern Rivers_29592"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31353	"unnamed_Northern Rivers_29593"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31354	"unnamed_Northern Rivers_29594"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31355	"unnamed_Northern Rivers_29595"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31356	"unnamed_Northern Rivers_29596"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31357	"unnamed_Northern Rivers_29597"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31358	"unnamed_Northern Rivers_29598"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31359	"unnamed_Northern Rivers_29599"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31360	"unnamed_Northern Rivers_29600"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31361	"unnamed_Northern Rivers_29601"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31362	"unnamed_Northern Rivers_29602"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31363	"unnamed_Northern Rivers_29603"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31364	"unnamed_Northern Rivers_29604"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31365	"unnamed_Northern Rivers_29605"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31366	"unnamed_Northern Rivers_29606"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31367	"unnamed_Northern Rivers_29607"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31368	"unnamed_Northern Rivers_29608"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31369	"unnamed_Northern Rivers_29609"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31370	"unnamed_Northern Rivers_29610"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31371	"unnamed_Northern Rivers_29611"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31372	"unnamed_Northern Rivers_29612"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31373	"unnamed_Northern Rivers_29613"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31374	"unnamed_Northern Rivers_29614"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31375	"unnamed_Northern Rivers_29615"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31376	"unnamed_Northern Rivers_29616"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31377	"unnamed_Northern Rivers_29617"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31378	"unnamed_Northern Rivers_29618"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31379	"unnamed_Northern Rivers_29619"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31380	"unnamed_Northern Rivers_29620"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31381	"unnamed_Northern Rivers_29621"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31382	"unnamed_Northern Rivers_29622"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31383	"unnamed_Northern Rivers_29623"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31384	"unnamed_Northern Rivers_29624"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31385	"unnamed_Northern Rivers_29625"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31386	"unnamed_Northern Rivers_29626"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31387	"unnamed_Northern Rivers_29627"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31388	"unnamed_Northern Rivers_29628"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31389	"unnamed_Northern Rivers_29629"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31390	"unnamed_Northern Rivers_29630"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31391	"unnamed_Northern Rivers_29631"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31392	"unnamed_Northern Rivers_29632"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31393	"unnamed_Northern Rivers_29633"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31394	"unnamed_Northern Rivers_29634"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31395	"unnamed_Northern Rivers_29635"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31396	"unnamed_Northern Rivers_29636"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31397	"unnamed_Northern Rivers_29637"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31398	"unnamed_Northern Rivers_29638"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31399	"unnamed_Northern Rivers_29639"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31400	"unnamed_Northern Rivers_29640"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31401	"unnamed_Northern Rivers_29641"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31402	"unnamed_Northern Rivers_29642"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31403	"unnamed_Northern Rivers_29643"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31404	"unnamed_Northern Rivers_29644"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31405	"unnamed_Northern Rivers_29645"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31411	"Amphletts Lagoon_Northern Rivers_29651"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31412	"Ashby_Northern Rivers_29652"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31413	"Benauds Lagoon_Northern Rivers_29653"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31414	"Benauds Lagoon_Northern Rivers_29654"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31415	"Blaxlands Swamp_Northern Rivers_29655"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31416	"Bostocks Waterholes_Northern Rivers_29656"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31417	"Bullock Swamp_Northern Rivers_29657"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31418	"Bullock Swamp Creek Dam_Northern Rivers_29658"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31419	"busbys waterthole_Northern Rivers_29659"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31420	"Chainy Waterholes_Northern Rivers_29660"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31421	"Clarence Broadwater_Northern Rivers_29661"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31422	"Clarence Broadwater_Northern Rivers_29662"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31423	"Clarence Broadwater_Northern Rivers_29663"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31424	"Clarence Broadwater_Northern Rivers_29664"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31425	"Clarence Broadwater_Northern Rivers_29665"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31426	"Clarence Broadwater_Northern Rivers_29666"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31427	"Colletts SWAMP_Northern Rivers_29667"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31428	"Coutts Crossing_Northern Rivers_29668"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31429	"CROWSNEST & Ellis SWAMP_Northern Rivers_29669"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31430	"CROWSNEST SWAMP_Northern Rivers_29670"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31431	"Deep Lagoon_Northern Rivers_29671"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31432	"Diamond Waterholes_Northern Rivers_29672"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31433	"Ellis SWAMP_Northern Rivers_29673"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31434	"Emigrant Creek Dam_Northern Rivers_29674"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31435	"Esk River_Northern Rivers_29675"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31436	"Esk River_Northern Rivers_29676"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31437	"Esk River_Northern Rivers_29677"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31438	"Esk River_Northern Rivers_29678"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31439	"gurranang dam_Northern Rivers_29679"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31440	"Hannahs Lagoon_Northern Rivers_29680"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31441	"Harrington Lagoon_Northern Rivers_29681"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31442	"Hell Hole Lagoon_Northern Rivers_29682"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31443	"Hell Hole Lagoon_Northern Rivers_29683"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31444	"Hell Hole Lagoon_Northern Rivers_29684"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31445	"Hell Hole Lagoon_Northern Rivers_29685"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31446	"Horseshoe Lagoon_Northern Rivers_29686"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31447	"Horseshoe Lagoon_Northern Rivers_29687"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31448	"Horseshoe Waterhole_Northern Rivers_29688"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31449	"Jabiru Geneebeinga Wetlands_Northern Rivers_29689"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31450	"Jackie Bulbin Creek_Northern Rivers_29690"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31451	"Jackie Bulbin Creek_Northern Rivers_29691"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31452	"James Creek_Northern Rivers_29692"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31453	"James Creek_Northern Rivers_29693"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31454	"James Creek_Northern Rivers_29694"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31455	"James Creek_Northern Rivers_29695"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31456	"James Creek_Northern Rivers_29696"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31457	"James Creek_Northern Rivers_29697"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31458	"unnamed_Northern Rivers_29698"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31459	"unnamed_Northern Rivers_29699"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31460	"unnamed_Northern Rivers_29700"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31461	"unnamed_Northern Rivers_29701"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31462	"unnamed_Northern Rivers_29702"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31463	"unnamed_Northern Rivers_29703"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31465	"Lemonade Lagoon_Northern Rivers_29705"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31466	"Lismore Lake_Northern Rivers_29706"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31467	"Little Marsh_Northern Rivers_29707"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31468	"Long Lagoon_Northern Rivers_29708"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31469	"Long Swamp_Northern Rivers_29709"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31470	"Lower Coldstream_Northern Rivers_29710"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31471	"McLachlan Waterhole_Northern Rivers_29711"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31472	"Morgans SWAMP_Northern Rivers_29712"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31473	"Oaky Creek_Northern Rivers_29713"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31474	"Oaky Creek_Northern Rivers_29714"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31475	"Olives Swamp_Northern Rivers_29715"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31476	"unnamed_Northern Rivers_29716"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31477	"unnamed_Northern Rivers_29717"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31478	"Physics Lagoon_Northern Rivers_29718"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31479	"Pumphouse Waterhole_Northern Rivers_29719"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31480	"Redcliff_Northern Rivers_29720"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31481	"Richmond Wetlands_Northern Rivers_29721"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31482	"Richmond Wetlands_Northern Rivers_29722"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31483	"Richmond Wetlands_Northern Rivers_29723"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31484	"Richmond Wetlands_Northern Rivers_29724"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31485	"Richmond Wetlands_Northern Rivers_29725"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31486	"Richmond Wetlands_Northern Rivers_29726"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31487	"Richmond Wetlands_Northern Rivers_29727"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31488	"Richmond Wetlands_Northern Rivers_29728"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31489	"Richmond Wetlands_Northern Rivers_29729"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31490	"Richmond Wetlands_Northern Rivers_29730"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31491	"Richmond Wetlands_Northern Rivers_29731"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31492	"Richmond Wetlands_Northern Rivers_29732"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31493	"Richmond Wetlands_Northern Rivers_29733"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31494	"Richmond Wetlands_Northern Rivers_29734"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31495	"Richmond Wetlands_Northern Rivers_29735"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31496	"Richmond Wetlands_Northern Rivers_29736"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31497	"Richmond Wetlands_Northern Rivers_29737"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31498	"Richmond Wetlands_Northern Rivers_29738"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31499	"Richmond Wetlands_Northern Rivers_29739"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31500	"Richmond Wetlands_Northern Rivers_29740"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31501	"Richmond Wetlands_Northern Rivers_29741"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31502	"Richmond Wetlands_Northern Rivers_29742"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31503	"Richmond Wetlands_Northern Rivers_29743"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31504	"Richmond Wetlands_Northern Rivers_29744"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31505	"Richmond Wetlands_Northern Rivers_29745"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31506	"Richmond Wetlands_Northern Rivers_29746"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31507	"Richmond Wetlands_Northern Rivers_29747"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31508	"Richmond Wetlands_Northern Rivers_29748"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31509	"Richmond Wetlands_Northern Rivers_29749"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31510	"Richmond Wetlands_Northern Rivers_29750"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31511	"Richmond Wetlands_Northern Rivers_29751"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31512	"Richmond Wetlands_Northern Rivers_29752"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31513	"Richmond Wetlands_Northern Rivers_29753"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31514	"Richmond Wetlands_Northern Rivers_29754"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31515	"Richmond Wetlands_Northern Rivers_29755"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31516	"Richmond Wetlands_Northern Rivers_29756"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31517	"Richmond Wetlands_Northern Rivers_29757"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31518	"Richmond Wetlands_Northern Rivers_29758"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31519	"Richmond Wetlands_Northern Rivers_29759"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31520	"Richmond Wetlands_Northern Rivers_29760"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31521	"Richmond Wetlands_Northern Rivers_29761"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31522	"Richmond Wetlands_Northern Rivers_29762"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31523	"Richmond Wetlands_Northern Rivers_29763"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31524	"Richmond Wetlands_Northern Rivers_29764"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31525	"Richmond Wetlands_Northern Rivers_29765"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31526	"Richmond Wetlands_Northern Rivers_29766"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31527	"Richmond Wetlands_Northern Rivers_29767"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31528	"Richmond Wetlands_Northern Rivers_29768"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31529	"Richmond Wetlands_Northern Rivers_29769"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31530	"Richmond Wetlands_Northern Rivers_29770"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31531	"Richmond Wetlands_Northern Rivers_29771"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31532	"Richmond Wetlands_Northern Rivers_29772"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31533	"Richmond Wetlands_Northern Rivers_29773"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31534	"Richmond Wetlands_Northern Rivers_29774"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31535	"Richmond Wetlands_Northern Rivers_29775"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31536	"Richmond Wetlands_Northern Rivers_29776"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31537	"Richmond Wetlands_Northern Rivers_29777"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31538	"Richmond Wetlands_Northern Rivers_29778"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31539	"Richmond Wetlands_Northern Rivers_29779"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31540	"Richmond Wetlands_Northern Rivers_29780"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31541	"Richmond Wetlands_Northern Rivers_29781"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31542	"Richmond Wetlands_Northern Rivers_29782"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31543	"Richmond Wetlands_Northern Rivers_29783"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31544	"Richmond Wetlands_Northern Rivers_29784"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31545	"Richmond Wetlands_Northern Rivers_29785"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31546	"Richmond Wetlands_Northern Rivers_29786"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31547	"Richmond Wetlands_Northern Rivers_29787"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31548	"Richmond Wetlands_Northern Rivers_29788"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31549	"Richmond Wetlands_Northern Rivers_29789"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31550	"Richmond Wetlands_Northern Rivers_29790"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31551	"Richmond Wetlands_Northern Rivers_29791"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31552	"Richmond Wetlands_Northern Rivers_29792"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31553	"Richmond Wetlands_Northern Rivers_29793"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31554	"Richmond Wetlands_Northern Rivers_29794"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31555	"Richmond Wetlands_Northern Rivers_29795"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31556	"Richmond Wetlands_Northern Rivers_29796"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31557	"Richmond Wetlands_Northern Rivers_29797"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31558	"Richmond Wetlands_Northern Rivers_29798"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31559	"Richmond Wetlands_Northern Rivers_29799"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31560	"Richmond Wetlands_Northern Rivers_29800"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31561	"Richmond Wetlands_Northern Rivers_29801"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31562	"Richmond Wetlands_Northern Rivers_29802"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31563	"Richmond Wetlands_Northern Rivers_29803"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31564	"Richmond Wetlands_Northern Rivers_29804"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31565	"Richmond Wetlands_Northern Rivers_29805"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31566	"Richmond Wetlands_Northern Rivers_29806"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31567	"Richmond Wetlands_Northern Rivers_29807"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31568	"Richmond Wetlands_Northern Rivers_29808"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31569	"Richmond Wetlands_Northern Rivers_29809"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31570	"Richmond Wetlands_Northern Rivers_29810"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31571	"Richmond Wetlands_Northern Rivers_29811"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31572	"Richmond Wetlands_Northern Rivers_29812"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31573	"Richmond Wetlands_Northern Rivers_29813"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31574	"Richmond Wetlands_Northern Rivers_29814"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31575	"Richmond Wetlands_Northern Rivers_29815"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31576	"Richmond Wetlands_Northern Rivers_29816"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31577	"Richmond Wetlands_Northern Rivers_29817"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31578	"Richmond Wetlands_Northern Rivers_29818"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31579	"Richmond Wetlands_Northern Rivers_29819"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31580	"Richmond Wetlands_Northern Rivers_29820"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31581	"Richmond Wetlands_Northern Rivers_29821"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31582	"Richmond Wetlands_Northern Rivers_29822"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31583	"Richmond Wetlands_Northern Rivers_29823"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31584	"Richmond Wetlands_Northern Rivers_29824"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31585	"Richmond Wetlands_Northern Rivers_29825"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31586	"Richmond Wetlands_Northern Rivers_29826"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31587	"Richmond Wetlands_Northern Rivers_29827"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31588	"Richmond Wetlands_Northern Rivers_29828"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31589	"Richmond Wetlands_Northern Rivers_29829"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31590	"Richmond Wetlands_Northern Rivers_29830"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31591	"Richmond Wetlands_Northern Rivers_29831"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31592	"Richmond Wetlands_Northern Rivers_29832"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31593	"Richmond Wetlands_Northern Rivers_29833"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31594	"Richmond Wetlands_Northern Rivers_29834"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31595	"Richmond Wetlands_Northern Rivers_29835"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31596	"Richmond Wetlands_Northern Rivers_29836"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31597	"Richmond Wetlands_Northern Rivers_29837"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31598	"Richmond Wetlands_Northern Rivers_29838"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31599	"Richmond Wetlands_Northern Rivers_29839"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31600	"Richmond Wetlands_Northern Rivers_29840"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31601	"Richmond Wetlands_Northern Rivers_29841"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31602	"Richmond Wetlands_Northern Rivers_29842"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31603	"Richmond Wetlands_Northern Rivers_29843"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31604	"Richmond Wetlands_Northern Rivers_29844"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31605	"Richmond Wetlands_Northern Rivers_29845"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31606	"Richmond Wetlands_Northern Rivers_29846"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31607	"Richmond Wetlands_Northern Rivers_29847"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31608	"Richmond Wetlands_Northern Rivers_29848"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31609	"Richmond Wetlands_Northern Rivers_29849"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31610	"Richmond Wetlands_Northern Rivers_29850"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31611	"Richmond Wetlands_Northern Rivers_29851"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31612	"Richmond Wetlands_Northern Rivers_29852"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31613	"Richmond Wetlands_Northern Rivers_29853"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31614	"Richmond Wetlands_Northern Rivers_29854"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31615	"Richmond Wetlands_Northern Rivers_29855"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31616	"Richmond Wetlands_Northern Rivers_29856"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31617	"Richmond Wetlands_Northern Rivers_29857"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31618	"Richmond Wetlands_Northern Rivers_29858"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31619	"Richmond Wetlands_Northern Rivers_29859"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31620	"Richmond Wetlands_Northern Rivers_29860"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31621	"Richmond Wetlands_Northern Rivers_29861"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31622	"Richmond Wetlands_Northern Rivers_29862"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31623	"Richmond Wetlands_Northern Rivers_29863"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31624	"Richmond Wetlands_Northern Rivers_29864"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31625	"Richmond Wetlands_Northern Rivers_29865"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31626	"Richmond Wetlands_Northern Rivers_29866"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31627	"Richmond Wetlands_Northern Rivers_29867"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31628	"Richmond Wetlands_Northern Rivers_29868"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31629	"Richmond Wetlands_Northern Rivers_29869"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31630	"Richmond Wetlands_Northern Rivers_29870"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31631	"Richmond Wetlands_Northern Rivers_29871"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31632	"Richmond Wetlands_Northern Rivers_29872"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31633	"Richmond Wetlands_Northern Rivers_29873"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31634	"Richmond Wetlands_Northern Rivers_29874"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31635	"Richmond Wetlands_Northern Rivers_29875"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31636	"Richmond Wetlands_Northern Rivers_29876"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31637	"Richmond Wetlands_Northern Rivers_29877"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31638	"Richmond Wetlands_Northern Rivers_29878"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31639	"Richmond Wetlands_Northern Rivers_29879"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31640	"Richmond Wetlands_Northern Rivers_29880"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31641	"Richmond Wetlands_Northern Rivers_29881"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31642	"Richmond Wetlands_Northern Rivers_29882"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31643	"Richmond Wetlands_Northern Rivers_29883"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31644	"Richmond Wetlands_Northern Rivers_29884"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31645	"Richmond Wetlands_Northern Rivers_29885"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31646	"Richmond Wetlands_Northern Rivers_29886"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31647	"Richmond Wetlands_Northern Rivers_29887"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31648	"Richmond Wetlands_Northern Rivers_29888"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31649	"Richmond Wetlands_Northern Rivers_29889"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31650	"Richmond Wetlands_Northern Rivers_29890"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31651	"Richmond Wetlands_Northern Rivers_29891"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31652	"Richmond Wetlands_Northern Rivers_29892"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31653	"Richmond Wetlands_Northern Rivers_29893"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31654	"Richmond Wetlands_Northern Rivers_29894"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31655	"Richmond Wetlands_Northern Rivers_29895"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31656	"Richmond Wetlands_Northern Rivers_29896"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31657	"Richmond Wetlands_Northern Rivers_29897"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31658	"Richmond Wetlands_Northern Rivers_29898"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31659	"Richmond Wetlands_Northern Rivers_29899"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31660	"Richmond Wetlands_Northern Rivers_29900"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31661	"Richmond Wetlands_Northern Rivers_29901"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31662	"Richmond Wetlands_Northern Rivers_29902"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31663	"Richmond Wetlands_Northern Rivers_29903"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31664	"Richmond Wetlands_Northern Rivers_29904"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31665	"Richmond Wetlands_Northern Rivers_29905"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31666	"Richmond Wetlands_Northern Rivers_29906"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31667	"Richmond Wetlands_Northern Rivers_29907"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31668	"Richmond Wetlands_Northern Rivers_29908"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31669	"Richmond Wetlands_Northern Rivers_29909"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31670	"Richmond Wetlands_Northern Rivers_29910"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31671	"Richmond Wetlands_Northern Rivers_29911"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31672	"Richmond Wetlands_Northern Rivers_29912"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31673	"Richmond Wetlands_Northern Rivers_29913"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31674	"Richmond Wetlands_Northern Rivers_29914"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31675	"Richmond Wetlands_Northern Rivers_29915"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31676	"Richmond Wetlands_Northern Rivers_29916"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31677	"Richmond Wetlands_Northern Rivers_29917"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31678	"Richmond Wetlands_Northern Rivers_29918"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31679	"Richmond Wetlands_Northern Rivers_29919"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31680	"Richmond Wetlands_Northern Rivers_29920"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31681	"Richmond Wetlands_Northern Rivers_29921"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31682	"Richmond Wetlands_Northern Rivers_29922"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31683	"Richmond Wetlands_Northern Rivers_29923"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31684	"Richmond Wetlands_Northern Rivers_29924"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31685	"Richmond Wetlands_Northern Rivers_29925"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31686	"Richmond Wetlands_Northern Rivers_29926"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31687	"Richmond Wetlands_Northern Rivers_29927"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31688	"Richmond Wetlands_Northern Rivers_29928"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31689	"Richmond Wetlands_Northern Rivers_29929"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31690	"Richmond Wetlands_Northern Rivers_29930"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31691	"Richmond Wetlands_Northern Rivers_29931"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31692	"Richmond Wetlands_Northern Rivers_29932"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31693	"Richmond Wetlands_Northern Rivers_29933"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31694	"Richmond Wetlands_Northern Rivers_29934"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31695	"Richmond Wetlands_Northern Rivers_29935"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31696	"Richmond Wetlands_Northern Rivers_29936"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31697	"Richmond Wetlands_Northern Rivers_29937"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31698	"Richmond Wetlands_Northern Rivers_29938"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31699	"Richmond Wetlands_Northern Rivers_29939"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31700	"Richmond Wetlands_Northern Rivers_29940"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31701	"Richmond Wetlands_Northern Rivers_29941"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31702	"Richmond Wetlands_Northern Rivers_29942"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31703	"Richmond Wetlands_Northern Rivers_29943"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31704	"Richmond Wetlands_Northern Rivers_29944"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31705	"Richmond Wetlands_Northern Rivers_29945"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31706	"Richmond Wetlands_Northern Rivers_29946"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31707	"Richmond Wetlands_Northern Rivers_29947"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31708	"Richmond Wetlands_Northern Rivers_29948"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31709	"Richmond Wetlands_Northern Rivers_29949"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31710	"Richmond Wetlands_Northern Rivers_29950"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31711	"Richmond Wetlands_Northern Rivers_29951"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31712	"Richmond Wetlands_Northern Rivers_29952"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31713	"Richmond Wetlands_Northern Rivers_29953"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31714	"Richmond Wetlands_Northern Rivers_29954"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31715	"Richmond Wetlands_Northern Rivers_29955"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31716	"Richmond Wetlands_Northern Rivers_29956"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31717	"Richmond Wetlands_Northern Rivers_29957"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31718	"Richmond Wetlands_Northern Rivers_29958"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31719	"Richmond Wetlands_Northern Rivers_29959"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31720	"Richmond Wetlands_Northern Rivers_29960"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31721	"Richmond Wetlands_Northern Rivers_29961"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31722	"Richmond Wetlands_Northern Rivers_29962"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31723	"Richmond Wetlands_Northern Rivers_29963"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31724	"Richmond Wetlands_Northern Rivers_29964"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31725	"Richmond Wetlands_Northern Rivers_29965"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31726	"Richmond Wetlands_Northern Rivers_29966"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31727	"Richmond Wetlands_Northern Rivers_29967"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31728	"Richmond Wetlands_Northern Rivers_29968"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31729	"Richmond Wetlands_Northern Rivers_29969"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31730	"Richmond Wetlands_Northern Rivers_29970"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31731	"Richmond Wetlands_Northern Rivers_29971"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31732	"Richmond Wetlands_Northern Rivers_29972"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31733	"Richmond Wetlands_Northern Rivers_29973"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31734	"Richmond Wetlands_Northern Rivers_29974"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31735	"Richmond Wetlands_Northern Rivers_29975"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31736	"Richmond Wetlands_Northern Rivers_29976"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31737	"Richmond Wetlands_Northern Rivers_29977"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31738	"Richmond Wetlands_Northern Rivers_29978"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31739	"Richmond Wetlands_Northern Rivers_29979"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31740	"Richmond Wetlands_Northern Rivers_29980"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31741	"Richmond Wetlands_Northern Rivers_29981"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31742	"Richmond Wetlands_Northern Rivers_29982"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31743	"Richmond Wetlands_Northern Rivers_29983"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31744	"Richmond Wetlands_Northern Rivers_29984"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31745	"Richmond Wetlands_Northern Rivers_29985"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31746	"Richmond Wetlands_Northern Rivers_29986"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31747	"Richmond Wetlands_Northern Rivers_29987"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31748	"Richmond Wetlands_Northern Rivers_29988"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31749	"Richmond Wetlands_Northern Rivers_29989"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31750	"Richmond Wetlands_Northern Rivers_29990"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31751	"Richmond Wetlands_Northern Rivers_29991"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31752	"Richmond Wetlands_Northern Rivers_29992"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31753	"Richmond Wetlands_Northern Rivers_29993"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31754	"Richmond Wetlands_Northern Rivers_29994"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31755	"Richmond Wetlands_Northern Rivers_29995"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31756	"Richmond Wetlands_Northern Rivers_29996"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31757	"Richmond Wetlands_Northern Rivers_29997"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31758	"Richmond Wetlands_Northern Rivers_29998"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31759	"Richmond Wetlands_Northern Rivers_29999"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31760	"Richmond Wetlands_Northern Rivers_30000"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31761	"Richmond Wetlands_Northern Rivers_30001"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31762	"Richmond Wetlands_Northern Rivers_30002"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31763	"Richmond Wetlands_Northern Rivers_30003"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31764	"Richmond Wetlands_Northern Rivers_30004"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31765	"Richmond Wetlands_Northern Rivers_30005"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31766	"Richmond Wetlands_Northern Rivers_30006"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31767	"Richmond Wetlands_Northern Rivers_30007"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31768	"Richmond Wetlands_Northern Rivers_30008"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31769	"Richmond Wetlands_Northern Rivers_30009"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31770	"Richmond Wetlands_Northern Rivers_30010"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31771	"Richmond Wetlands_Northern Rivers_30011"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31772	"Richmond Wetlands_Northern Rivers_30012"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31773	"Richmond Wetlands_Northern Rivers_30013"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31774	"Richmond Wetlands_Northern Rivers_30014"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31775	"Richmond Wetlands_Northern Rivers_30015"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31776	"Richmond Wetlands_Northern Rivers_30016"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31777	"Richmond Wetlands_Northern Rivers_30017"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31778	"Richmond Wetlands_Northern Rivers_30018"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31779	"Richmond Wetlands_Northern Rivers_30019"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31780	"Richmond Wetlands_Northern Rivers_30020"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31781	"Richmond Wetlands_Northern Rivers_30021"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31782	"Richmond Wetlands_Northern Rivers_30022"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31783	"Richmond Wetlands_Northern Rivers_30023"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31784	"Richmond Wetlands_Northern Rivers_30024"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31785	"Richmond Wetlands_Northern Rivers_30025"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31786	"Richmond Wetlands_Northern Rivers_30026"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31787	"Richmond Wetlands_Northern Rivers_30027"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31788	"Richmond Wetlands_Northern Rivers_30028"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31789	"Richmond Wetlands_Northern Rivers_30029"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31790	"Richmond Wetlands_Northern Rivers_30030"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31791	"Richmond Wetlands_Northern Rivers_30031"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31792	"Richmond Wetlands_Northern Rivers_30032"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31793	"Richmond Wetlands_Northern Rivers_30033"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31794	"Richmond Wetlands_Northern Rivers_30034"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31795	"Richmond Wetlands_Northern Rivers_30035"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31796	"Richmond Wetlands_Northern Rivers_30036"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31797	"Richmond Wetlands_Northern Rivers_30037"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31798	"Richmond Wetlands_Northern Rivers_30038"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31799	"Richmond Wetlands_Northern Rivers_30039"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31800	"Richmond Wetlands_Northern Rivers_30040"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31801	"Richmond Wetlands_Northern Rivers_30041"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31802	"Richmond Wetlands_Northern Rivers_30042"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31803	"Richmond Wetlands_Northern Rivers_30043"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31804	"Richmond Wetlands_Northern Rivers_30044"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31805	"Richmond Wetlands_Northern Rivers_30045"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31806	"Richmond Wetlands_Northern Rivers_30046"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31807	"Richmond Wetlands_Northern Rivers_30047"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31808	"Richmond Wetlands_Northern Rivers_30048"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31809	"Richmond Wetlands_Northern Rivers_30049"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31810	"Richmond Wetlands_Northern Rivers_30050"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31811	"Richmond Wetlands_Northern Rivers_30051"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31812	"Richmond Wetlands_Northern Rivers_30052"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31813	"Richmond Wetlands_Northern Rivers_30053"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31814	"Richmond Wetlands_Northern Rivers_30054"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31815	"Richmond Wetlands_Northern Rivers_30055"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31816	"Richmond Wetlands_Northern Rivers_30056"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31817	"Richmond Wetlands_Northern Rivers_30057"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31818	"Richmond Wetlands_Northern Rivers_30058"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31819	"Richmond Wetlands_Northern Rivers_30059"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31820	"Richmond Wetlands_Northern Rivers_30060"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31821	"Richmond Wetlands_Northern Rivers_30061"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31822	"Richmond Wetlands_Northern Rivers_30062"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31823	"Richmond Wetlands_Northern Rivers_30063"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31824	"Richmond Wetlands_Northern Rivers_30064"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31825	"Richmond Wetlands_Northern Rivers_30065"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31826	"Richmond Wetlands_Northern Rivers_30066"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31827	"Richmond Wetlands_Northern Rivers_30067"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31828	"Richmond Wetlands_Northern Rivers_30068"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31829	"Richmond Wetlands_Northern Rivers_30069"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31830	"Richmond Wetlands_Northern Rivers_30070"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31831	"Richmond Wetlands_Northern Rivers_30071"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31832	"Richmond Wetlands_Northern Rivers_30072"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31833	"Richmond Wetlands_Northern Rivers_30073"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31834	"Richmond Wetlands_Northern Rivers_30074"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31835	"Richmond Wetlands_Northern Rivers_30075"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31836	"Richmond Wetlands_Northern Rivers_30076"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31837	"Richmond Wetlands_Northern Rivers_30077"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31838	"Richmond Wetlands_Northern Rivers_30078"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31839	"Richmond Wetlands_Northern Rivers_30079"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31840	"Richmond Wetlands_Northern Rivers_30080"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31841	"Richmond Wetlands_Northern Rivers_30081"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31842	"Richmond Wetlands_Northern Rivers_30082"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31843	"Richmond Wetlands_Northern Rivers_30083"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31844	"Richmond Wetlands_Northern Rivers_30084"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31845	"Richmond Wetlands_Northern Rivers_30085"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31846	"Richmond Wetlands_Northern Rivers_30086"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31847	"Richmond Wetlands_Northern Rivers_30087"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31848	"Richmond Wetlands_Northern Rivers_30088"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31849	"Richmond Wetlands_Northern Rivers_30089"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31850	"Richmond Wetlands_Northern Rivers_30090"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31851	"Richmond Wetlands_Northern Rivers_30091"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31852	"Richmond Wetlands_Northern Rivers_30092"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31853	"Richmond Wetlands_Northern Rivers_30093"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31854	"Richmond Wetlands_Northern Rivers_30094"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31855	"Richmond Wetlands_Northern Rivers_30095"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31856	"Richmond Wetlands_Northern Rivers_30096"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31857	"Richmond Wetlands_Northern Rivers_30097"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31858	"Richmond Wetlands_Northern Rivers_30098"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31859	"Richmond Wetlands_Northern Rivers_30099"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31860	"Richmond Wetlands_Northern Rivers_30100"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31861	"Richmond Wetlands_Northern Rivers_30101"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31862	"Richmond Wetlands_Northern Rivers_30102"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31863	"Richmond Wetlands_Northern Rivers_30103"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31864	"Richmond Wetlands_Northern Rivers_30104"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31865	"Richmond Wetlands_Northern Rivers_30105"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31866	"Richmond Wetlands_Northern Rivers_30106"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31867	"Richmond Wetlands_Northern Rivers_30107"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31868	"Richmond Wetlands_Northern Rivers_30108"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31869	"Richmond Wetlands_Northern Rivers_30109"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31870	"Richmond Wetlands_Northern Rivers_30110"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31871	"Richmond Wetlands_Northern Rivers_30111"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31872	"Richmond Wetlands_Northern Rivers_30112"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31873	"Richmond Wetlands_Northern Rivers_30113"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31874	"Richmond Wetlands_Northern Rivers_30114"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31875	"Richmond Wetlands_Northern Rivers_30115"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31876	"Richmond Wetlands_Northern Rivers_30116"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31877	"Richmond Wetlands_Northern Rivers_30117"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31878	"Richmond Wetlands_Northern Rivers_30118"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31879	"Richmond Wetlands_Northern Rivers_30119"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31880	"Richmond Wetlands_Northern Rivers_30120"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31881	"Richmond Wetlands_Northern Rivers_30121"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31882	"Richmond Wetlands_Northern Rivers_30122"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31883	"Richmond Wetlands_Northern Rivers_30123"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31884	"Richmond Wetlands_Northern Rivers_30124"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31885	"Richmond Wetlands_Northern Rivers_30125"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31886	"Richmond Wetlands_Northern Rivers_30126"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31887	"Richmond Wetlands_Northern Rivers_30127"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31888	"Richmond Wetlands_Northern Rivers_30128"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31889	"Richmond Wetlands_Northern Rivers_30129"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31890	"Richmond Wetlands_Northern Rivers_30130"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31891	"Richmond Wetlands_Northern Rivers_30131"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31892	"Richmond Wetlands_Northern Rivers_30132"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31893	"Richmond Wetlands_Northern Rivers_30133"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31894	"Richmond Wetlands_Northern Rivers_30134"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31895	"Richmond Wetlands_Northern Rivers_30135"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31896	"Richmond Wetlands_Northern Rivers_30136"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31897	"Richmond Wetlands_Northern Rivers_30137"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31898	"Richmond Wetlands_Northern Rivers_30138"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31899	"Richmond Wetlands_Northern Rivers_30139"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31900	"Richmond Wetlands_Northern Rivers_30140"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31901	"Richmond Wetlands_Northern Rivers_30141"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31902	"Richmond Wetlands_Northern Rivers_30142"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31903	"Richmond Wetlands_Northern Rivers_30143"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31904	"Richmond Wetlands_Northern Rivers_30144"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31905	"Richmond Wetlands_Northern Rivers_30145"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31906	"Richmond Wetlands_Northern Rivers_30146"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31907	"Richmond Wetlands_Northern Rivers_30147"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31908	"Richmond Wetlands_Northern Rivers_30148"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31909	"Richmond Wetlands_Northern Rivers_30149"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31910	"Richmond Wetlands_Northern Rivers_30150"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31911	"Richmond Wetlands_Northern Rivers_30151"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31912	"Richmond Wetlands_Northern Rivers_30152"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31913	"Richmond Wetlands_Northern Rivers_30153"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31914	"Richmond Wetlands_Northern Rivers_30154"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31915	"Richmond Wetlands_Northern Rivers_30155"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31916	"Richmond Wetlands_Northern Rivers_30156"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31917	"Richmond Wetlands_Northern Rivers_30157"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31918	"Richmond Wetlands_Northern Rivers_30158"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31919	"Richmond Wetlands_Northern Rivers_30159"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31920	"Richmond Wetlands_Northern Rivers_30160"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31921	"Richmond Wetlands_Northern Rivers_30161"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31922	"Richmond Wetlands_Northern Rivers_30162"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31923	"Richmond Wetlands_Northern Rivers_30163"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31924	"Richmond Wetlands_Northern Rivers_30164"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31925	"Richmond Wetlands_Northern Rivers_30165"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31926	"Richmond Wetlands_Northern Rivers_30166"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31927	"Richmond Wetlands_Northern Rivers_30167"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31928	"Richmond Wetlands_Northern Rivers_30168"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31929	"Richmond Wetlands_Northern Rivers_30169"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31930	"Richmond Wetlands_Northern Rivers_30170"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31931	"Richmond Wetlands_Northern Rivers_30171"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31932	"Richmond Wetlands_Northern Rivers_30172"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31933	"Richmond Wetlands_Northern Rivers_30173"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31934	"Richmond Wetlands_Northern Rivers_30174"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31935	"Richmond Wetlands_Northern Rivers_30175"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31936	"Richmond Wetlands_Northern Rivers_30176"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31937	"Richmond Wetlands_Northern Rivers_30177"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31938	"Richmond Wetlands_Northern Rivers_30178"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31939	"Richmond Wetlands_Northern Rivers_30179"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31940	"Richmond Wetlands_Northern Rivers_30180"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31941	"Richmond Wetlands_Northern Rivers_30181"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31942	"Richmond Wetlands_Northern Rivers_30182"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31943	"Richmond Wetlands_Northern Rivers_30183"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31944	"Richmond Wetlands_Northern Rivers_30184"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31945	"Richmond Wetlands_Northern Rivers_30185"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31946	"Richmond Wetlands_Northern Rivers_30186"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31947	"Richmond Wetlands_Northern Rivers_30187"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31948	"Richmond Wetlands_Northern Rivers_30188"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31949	"Richmond Wetlands_Northern Rivers_30189"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31950	"Richmond Wetlands_Northern Rivers_30190"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31951	"Richmond Wetlands_Northern Rivers_30191"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31952	"Richmond Wetlands_Northern Rivers_30192"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31953	"Richmond Wetlands_Northern Rivers_30193"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31954	"Roaches Waterhole_Northern Rivers_30194"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31955	"Sandspit Lagoon_Northern Rivers_30195"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31956	"Sandy Crk / Kookami Swp_Northern Rivers_30196"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31957	"SANDY SWAMP_Northern Rivers_30197"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31958	"Serpentine Lagoon_Northern Rivers_30198"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31959	"Shannon Brook_Northern Rivers_30199"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31960	"Shark Creek_Northern Rivers_30200"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31961	"Shark Creek_Northern Rivers_30201"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31962	"Shark Creek_Northern Rivers_30202"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31963	"Shark Creek_Northern Rivers_30203"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31964	"Six Mile Swamp_Northern Rivers_30204"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31965	"Six Mile Swamp_Northern Rivers_30205"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31966	"Skinners Swamp_Northern Rivers_30206"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31968	"Southgate Lagoon_Northern Rivers_30208"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31969	"Stokes Waterhole_Northern Rivers_30209"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31970	"Swan Bay_Northern Rivers_30210"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31971	"Tabbimoble_Northern Rivers_30211"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31972	"Tabbimoble_Northern Rivers_30212"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31973	"Tabbimoble_Northern Rivers_30213"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31974	"Tabbimoble_Northern Rivers_30214"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31975	"Tabbimoble_Northern Rivers_30215"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31976	"Tabbimoble_Northern Rivers_30216"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31977	"Tabbimoble_Northern Rivers_30217"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31978	"Tabbimoble_Northern Rivers_30218"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31979	"Tabbimoble_Northern Rivers_30219"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31980	"Tabbimoble_Northern Rivers_30220"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31981	"Tabbimoble_Northern Rivers_30221"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31982	"Tabbimoble_Northern Rivers_30222"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31983	"Tabbimoble_Northern Rivers_30223"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31984	"Tabbimoble_Northern Rivers_30224"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31985	"Teatree Swamp_Northern Rivers_30225"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31986	"Teatree Swamp_Northern Rivers_30226"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31987	"Teatree Swamp_Northern Rivers_30227"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31988	"Teatree Swamp_Northern Rivers_30228"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31989	"Toonumbar Dam_Northern Rivers_30229"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31990	"Tuckean Broadwater_Northern Rivers_30230"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31991	"Two Mile Waterholes_Northern Rivers_30231"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31992	"Two Mile Waterholes_Northern Rivers_30232"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31993	"Two Mile Waterholes_Northern Rivers_30233"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31994	"Wendorie Lagoon_Northern Rivers_30234"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31995	"White Swamp_Northern Rivers_30235"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31996	"unnamed_Northern Rivers_30236"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31997	"unnamed_Northern Rivers_30237"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31998	"unnamed_Northern Rivers_30238"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
31999	"unnamed_Northern Rivers_30239"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
32000	"unnamed_Northern Rivers_30240"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
32001	"unnamed_Northern Rivers_30241"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
32002	"unnamed_Northern Rivers_30242"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
32003	"unnamed_Northern Rivers_30243"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
32004	"unnamed_Northern Rivers_30244"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
32005	"unnamed_Northern Rivers_30245"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
32006	"Big Marsh Wetland_Northern Rivers_30246"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
32007	"Richmond Wetlands_Northern Rivers_30247"	"Coal seam gas mining"	"Potential"	"Habitat"	"High"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
32008	"Richmond Wetlands_Northern Rivers_30248"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
32009	"Richmond Wetlands_Northern Rivers_30249"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
32010	"ARRAWARRA CREEK ESTUARY_Northern Rivers_1740"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32012	"BROKEN HEAD CREEK ESTUARY_Northern Rivers_1742"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32014	"CAKORA LAGOON ESTUARY_Northern Rivers_1744"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32015	"CLARENCE RIVER ESTUARY_Northern Rivers_1745"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32017	"CORINDI RIVER ESTUARY_Northern Rivers_1747"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32019	"EVANS RIVER ESTUARY_Northern Rivers_1749"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32022	"JERUSALEM CREEK ESTUARY_Northern Rivers_1752"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32023	"LAKE ARRAGAN ESTUARY_Northern Rivers_1753"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32026	"PIPE CLAY CREEK ESTUARY_Northern Rivers_1756"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32027	"RICHMOND RIVER ESTUARY_Northern Rivers_1757"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32028	"SALTY LAGOON ESTUARY_Northern Rivers_1758"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32029	"SANDON RIVER ESTUARY_Northern Rivers_1759"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32030	"STATION CREEK ESTUARY_Northern Rivers_1760"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32033	"WOOLI WOOLI RIVER ESTUARY_Northern Rivers_1763"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32034	"Clarence River Estuary_Northern Rivers_1764"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32035	"Clarence River Estuary_Northern Rivers_1767"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32036	"Clarence River Estuary_Northern Rivers_1795"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32037	"Clarence River Estuary_Northern Rivers_1796"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32038	"Clarence River Estuary_Northern Rivers_1797"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32039	"Clarence River Estuary_Northern Rivers_1798"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32040	"Clarence River Estuary_Northern Rivers_1799"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32041	"Clarence River Estuary_Northern Rivers_1800"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32042	"Clarence River Estuary_Northern Rivers_1802"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32043	"Clarence River Estuary_Northern Rivers_1819"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32044	"Clarence River Estuary_Northern Rivers_1834"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32045	"Clarence River Estuary_Northern Rivers_1835"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32046	"Clarence River Estuary_Northern Rivers_1836"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32047	"Clarence River Estuary_Northern Rivers_1837"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32048	"Clarence River Estuary_Northern Rivers_1838"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32049	"Clarence River Estuary_Northern Rivers_1839"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32050	"Clarence River Estuary_Northern Rivers_1840"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32051	"Clarence River Estuary_Northern Rivers_1841"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32052	"Clarence River Estuary_Northern Rivers_1842"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32053	"Clarence River Estuary_Northern Rivers_1853"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32054	"Clarence River Estuary_Northern Rivers_1854"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32055	"Clarence River Estuary_Northern Rivers_1855"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32056	"Clarence River Estuary_Northern Rivers_1856"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32057	"Clarence River Estuary_Northern Rivers_1858"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32058	"Clarence River Estuary_Northern Rivers_1860"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32059	"Clarence River Estuary_Northern Rivers_1862"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32060	"Clarence River Estuary_Northern Rivers_1863"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32061	"Clarence River Estuary_Northern Rivers_1868"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32062	"Clarence River Estuary_Northern Rivers_1870"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32063	"Clarence River Estuary_Northern Rivers_1871"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32064	"Clarence River Estuary_Northern Rivers_1874"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32065	"Clarence River Estuary_Northern Rivers_1875"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32066	"Clarence River Estuary_Northern Rivers_1877"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32067	"Clarence River Estuary_Northern Rivers_1879"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32068	"Clarence River Estuary_Northern Rivers_1882"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32069	"Clarence River Estuary_Northern Rivers_1883"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32070	"Clarence River Estuary_Northern Rivers_1884"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32071	"Clarence River Estuary_Northern Rivers_1885"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32072	"Clarence River Estuary_Northern Rivers_1886"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32073	"Clarence River Estuary_Northern Rivers_1889"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32074	"Clarence River Estuary_Northern Rivers_1890"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32075	"Clarence River Estuary_Northern Rivers_1891"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32076	"Clarence River Estuary_Northern Rivers_1892"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32077	"Clarence River Estuary_Northern Rivers_1893"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32078	"Clarence River Estuary_Northern Rivers_1894"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32079	"Clarence River Estuary_Northern Rivers_1895"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32080	"Clarence River Estuary_Northern Rivers_1896"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32081	"Clarence River Estuary_Northern Rivers_1897"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32082	"Clarence River Estuary_Northern Rivers_1898"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32083	"Clarence River Estuary_Northern Rivers_1899"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32084	"Clarence River Estuary_Northern Rivers_1900"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32085	"Clarence River Estuary_Northern Rivers_1901"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32086	"Clarence River Estuary_Northern Rivers_1903"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32087	"Clarence River Estuary_Northern Rivers_1904"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32088	"Clarence River Estuary_Northern Rivers_1905"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32089	"Clarence River Estuary_Northern Rivers_1906"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32090	"Clarence River Estuary_Northern Rivers_1907"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32091	"Clarence River Estuary_Northern Rivers_1908"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32092	"Clarence River Estuary_Northern Rivers_1910"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32093	"Clarence River Estuary_Northern Rivers_1911"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32094	"Clarence River Estuary_Northern Rivers_1912"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32095	"Clarence River Estuary_Northern Rivers_1914"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32096	"Clarence River Estuary_Northern Rivers_1915"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32097	"Clarence River Estuary_Northern Rivers_1916"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32098	"Clarence River Estuary_Northern Rivers_1917"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32099	"Clarence River Estuary_Northern Rivers_1928"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32100	"Clarence River Estuary_Northern Rivers_1932"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32101	"Clarence River Estuary_Northern Rivers_1933"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32102	"Clarence River Estuary_Northern Rivers_1934"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32103	"Clarence River Estuary_Northern Rivers_1935"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32104	"Clarence River Estuary_Northern Rivers_1937"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32105	"Clarence River Estuary_Northern Rivers_1938"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32106	"Clarence River Estuary_Northern Rivers_1939"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32107	"Clarence River Estuary_Northern Rivers_1940"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32108	"Clarence River Estuary_Northern Rivers_1941"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32109	"Clarence River Estuary_Northern Rivers_1942"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32110	"Clarence River Estuary_Northern Rivers_1943"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32111	"Clarence River Estuary_Northern Rivers_1948"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32112	"Clarence River Estuary_Northern Rivers_1949"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32113	"Clarence River Estuary_Northern Rivers_1951"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32114	"Clarence River Estuary_Northern Rivers_1953"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32115	"Clarence River Estuary_Northern Rivers_1954"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32116	"Clarence River Estuary_Northern Rivers_1955"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32117	"Clarence River Estuary_Northern Rivers_1956"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32118	"Clarence River Estuary_Northern Rivers_1957"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32119	"Clarence River Estuary_Northern Rivers_1959"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32120	"Clarence River Estuary_Northern Rivers_1960"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32121	"Clarence River Estuary_Northern Rivers_1961"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32122	"Clarence River Estuary_Northern Rivers_1962"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32123	"Clarence River Estuary_Northern Rivers_1964"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32124	"Clarence River Estuary_Northern Rivers_1965"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32125	"Clarence River Estuary_Northern Rivers_1978"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32126	"Clarence River Estuary_Northern Rivers_1982"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32127	"Clarence River Estuary_Northern Rivers_1994"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32128	"Clarence River Estuary_Northern Rivers_1995"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32129	"Clarence River Estuary_Northern Rivers_1996"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32130	"Clarence River Estuary_Northern Rivers_1997"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32131	"Clarence River Estuary_Northern Rivers_2004"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32132	"Clarence River Estuary_Northern Rivers_2005"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32133	"Clarence River Estuary_Northern Rivers_2006"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32134	"Clarence River Estuary_Northern Rivers_2007"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32135	"Clarence River Estuary_Northern Rivers_2009"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32136	"Clarence River Estuary_Northern Rivers_2010"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32137	"Clarence River Estuary_Northern Rivers_2012"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32138	"Clarence River Estuary_Northern Rivers_2014"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32139	"Clarence River Estuary_Northern Rivers_2016"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32140	"Clarence River Estuary_Northern Rivers_2017"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32141	"Clarence River Estuary_Northern Rivers_2025"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32142	"Clarence River Estuary_Northern Rivers_2026"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32143	"Clarence River Estuary_Northern Rivers_2027"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32144	"Clarence River Estuary_Northern Rivers_2028"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32145	"Clarence River Estuary_Northern Rivers_2029"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32146	"Clarence River Estuary_Northern Rivers_2030"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32147	"Clarence River Estuary_Northern Rivers_2031"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32148	"Clarence River Estuary_Northern Rivers_2032"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32149	"Clarence River Estuary_Northern Rivers_2033"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32150	"Clarence River Estuary_Northern Rivers_2039"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32151	"Clarence River Estuary_Northern Rivers_2040"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32152	"Clarence River Estuary_Northern Rivers_2041"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32153	"Clarence River Estuary_Northern Rivers_2042"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32154	"Clarence River Estuary_Northern Rivers_2043"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32155	"Clarence River Estuary_Northern Rivers_2044"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32156	"Clarence River Estuary_Northern Rivers_2045"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32157	"Clarence River Estuary_Northern Rivers_2046"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32158	"Clarence River Estuary_Northern Rivers_2048"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32159	"Clarence River Estuary_Northern Rivers_2049"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32160	"Clarence River Estuary_Northern Rivers_2053"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32161	"Clarence River Estuary_Northern Rivers_2054"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32162	"Clarence River Estuary_Northern Rivers_2055"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32163	"Clarence River Estuary_Northern Rivers_2056"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32164	"Clarence River Estuary_Northern Rivers_2073"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32165	"Clarence River Estuary_Northern Rivers_2074"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32166	"Clarence River Estuary_Northern Rivers_2075"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32167	"Clarence River Estuary_Northern Rivers_2080"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32168	"Clarence River Estuary_Northern Rivers_2081"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32169	"Clarence River Estuary_Northern Rivers_2082"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32170	"Clarence River Estuary_Northern Rivers_2085"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32171	"Clarence River Estuary_Northern Rivers_2091"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32172	"Clarence River Estuary_Northern Rivers_2092"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32173	"Clarence River Estuary_Northern Rivers_2093"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32174	"Clarence River Estuary_Northern Rivers_2094"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32175	"Clarence River Estuary_Northern Rivers_2095"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32176	"Clarence River Estuary_Northern Rivers_2098"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32177	"Clarence River Estuary_Northern Rivers_2099"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32178	"Clarence River Estuary_Northern Rivers_2104"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32179	"Clarence River Estuary_Northern Rivers_2105"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32180	"Clarence River Estuary_Northern Rivers_2118"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32181	"Clarence River Estuary_Northern Rivers_2119"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32182	"Clarence River Estuary_Northern Rivers_2120"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32183	"Clarence River Estuary_Northern Rivers_2121"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32184	"Clarence River Estuary_Northern Rivers_2127"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32185	"Clarence River Estuary_Northern Rivers_2133"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32186	"Clarence River Estuary_Northern Rivers_2134"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32187	"Clarence River Estuary_Northern Rivers_2135"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32188	"Clarence River Estuary_Northern Rivers_2136"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32189	"Clarence River Estuary_Northern Rivers_2137"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32190	"Clarence River Estuary_Northern Rivers_2138"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32191	"Clarence River Estuary_Northern Rivers_2139"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32192	"Clarence River Estuary_Northern Rivers_2140"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32193	"Clarence River Estuary_Northern Rivers_2148"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32194	"Clarence River Estuary_Northern Rivers_2149"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32195	"Clarence River Estuary_Northern Rivers_2151"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32196	"Clarence River Estuary_Northern Rivers_2157"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32197	"Clarence River Estuary_Northern Rivers_2163"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32198	"Clarence River Estuary_Northern Rivers_2164"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32199	"Clarence River Estuary_Northern Rivers_2165"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32200	"Clarence River Estuary_Northern Rivers_2166"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32201	"Clarence River Estuary_Northern Rivers_2171"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32202	"Clarence River Estuary_Northern Rivers_2172"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32203	"Clarence River Estuary_Northern Rivers_2178"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32204	"Clarence River Estuary_Northern Rivers_2179"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32205	"Clarence River Estuary_Northern Rivers_2180"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32206	"Clarence River Estuary_Northern Rivers_2181"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32207	"Clarence River Estuary_Northern Rivers_2182"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32208	"Clarence River Estuary_Northern Rivers_2183"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32209	"Clarence River Estuary_Northern Rivers_2184"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32210	"Clarence River Estuary_Northern Rivers_2185"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32211	"Clarence River Estuary_Northern Rivers_2186"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32212	"Clarence River Estuary_Northern Rivers_2191"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32213	"Clarence River Estuary_Northern Rivers_2192"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32214	"Clarence River Estuary_Northern Rivers_2193"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32215	"Clarence River Estuary_Northern Rivers_2194"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32216	"Clarence River Estuary_Northern Rivers_2195"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32217	"Clarence River Estuary_Northern Rivers_2196"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32218	"Clarence River Estuary_Northern Rivers_2197"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32219	"Clarence River Estuary_Northern Rivers_2198"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32220	"Clarence River Estuary_Northern Rivers_2199"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32221	"Clarence River Estuary_Northern Rivers_2201"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32222	"Clarence River Estuary_Northern Rivers_2202"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32223	"Clarence River Estuary_Northern Rivers_2203"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32224	"Clarence River Estuary_Northern Rivers_2204"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32225	"Clarence River Estuary_Northern Rivers_2208"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32226	"Clarence River Estuary_Northern Rivers_2209"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32227	"Clarence River Estuary_Northern Rivers_2210"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32228	"Clarence River Estuary_Northern Rivers_2216"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32229	"Bundjalung National Park_Northern Rivers_2218"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32230	"Clarence River Estuary_Northern Rivers_2237"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32231	"Clarence River Estuary_Northern Rivers_2238"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32232	"Clarence River Estuary_Northern Rivers_2239"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32233	"Clarence River Estuary_Northern Rivers_2240"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32234	"Clarence River Estuary_Northern Rivers_2241"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32235	"Clarence River Estuary_Northern Rivers_2242"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32236	"Clarence River Estuary_Northern Rivers_2250"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32237	"Clarence River Estuary_Northern Rivers_2251"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32238	"Clarence River Estuary_Northern Rivers_2257"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32239	"Clarence River Estuary_Northern Rivers_2258"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32240	"Clarence River Estuary_Northern Rivers_2259"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32241	"Clarence River Estuary_Northern Rivers_2268"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32242	"Clarence River Estuary_Northern Rivers_2269"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32243	"Clarence River Estuary_Northern Rivers_2270"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32244	"Clarence River Estuary_Northern Rivers_2271"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32245	"Clarence River Estuary_Northern Rivers_2281"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32246	"Clarence River Estuary_Northern Rivers_2285"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32247	"Clarence River Estuary_Northern Rivers_2286"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32248	"Clarence River Estuary_Northern Rivers_2287"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32249	"Clarence River Estuary_Northern Rivers_2288"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32250	"Clarence River Estuary_Northern Rivers_2289"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32251	"Clarence River Estuary_Northern Rivers_2290"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32252	"Clarence River Estuary_Northern Rivers_2291"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32253	"Clarence River Estuary_Northern Rivers_2292"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32254	"Clarence River Estuary_Northern Rivers_2294"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32255	"Clarence River Estuary_Northern Rivers_2295"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32256	"Clarence River Estuary_Northern Rivers_2296"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32257	"Clarence River Estuary_Northern Rivers_2300"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32258	"Clarence River Estuary_Northern Rivers_2301"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32259	"Clarence River Estuary_Northern Rivers_2302"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32260	"Clarence River Estuary_Northern Rivers_2305"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32261	"Clarence River Estuary_Northern Rivers_2306"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32262	"Clarence River Estuary_Northern Rivers_2307"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32263	"Clarence River Estuary_Northern Rivers_2308"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32264	"Lake Ainsworth_Northern Rivers_2312"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32265	"The Broadwater_Northern Rivers_2313"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32266	"Woolooweyah Lake_Northern Rivers_2314"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32269	"Town Rural Storage - Myall Creek_Northern Rivers_2327"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32270	"Town Rural Storage - Myrtle Creek Park_Northern Rivers_2328"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32272	"Minnie Waters_Northern Rivers_2332"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32273	"Cowans Pond_Northern Rivers_2333"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32274	"Bunyip Swamp_Northern Rivers_2334"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32275	"Lake Hiawatha_Northern Rivers_2335"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32276	"Minnie Waters_Northern Rivers_2336"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32277	"Hiawatha_Northern Rivers_2339"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32278	"Everlasting Swamp_Northern Rivers_2343"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32279	"Little Broadwater_Northern Rivers_2345"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32280	"SHARK SWAMP_Northern Rivers_2349"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32281	"MCPHEES SWAMP_Northern Rivers_2350"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32282	"PHILLIP SWAMP_Northern Rivers_2353"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32283	"BERRIMA SWAMP_Northern Rivers_2355"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32284	"SANDY SWAMP_Northern Rivers_2356"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32285	"CHAFFIN SWAMP_Northern Rivers_2358"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32286	"DOUBLE SWAMP_Northern Rivers_2361"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32288	"BELONGIL SWAMP_Northern Rivers_2363"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32289	"NEWRYBAR SWAMP_Northern Rivers_2364"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32290	"TERNERS SWAMP_Northern Rivers_2365"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32291	"BRIDLE SWAMP_Northern Rivers_2367"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32292	"TYNDALE SWAMP_Northern Rivers_2368"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32293	"BLACK SWAMP_Northern Rivers_2371"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32295	"BLACK SWAMP_Northern Rivers_2374"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32296	"BLAXLANDS SWAMP_Northern Rivers_2375"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32297	"LOLLIPOP WATERHOLE_Northern Rivers_2378"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32298	"KENNEDYS SWAMP_Northern Rivers_2379"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32299	"TUCKEAN SWAMP_Northern Rivers_2380"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32300	"SWEENEYS SWAMP_Northern Rivers_2382"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32301	"Lake_Northern Rivers_2386"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32302	"Lake_Northern Rivers_2390"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32303	"Lake_Northern Rivers_2422"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32304	"Lake_Northern Rivers_2429"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32305	"Lake_Northern Rivers_2441"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32306	"Lake_Northern Rivers_2468"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32307	"Lake_Northern Rivers_2470"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32308	"Lake_Northern Rivers_2473"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32309	"Lake_Northern Rivers_2478"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32310	"Lake_Northern Rivers_2479"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32311	"Lake_Northern Rivers_2484"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32312	"Big Marsh Wetland_Northern Rivers_2541"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32313	"Alstonville Plateau Spring_Northern Rivers_2574"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32314	"Alstonville Plateau Spring_Northern Rivers_3037"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32315	"Alstonville Plateau Spring_Northern Rivers_3089"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32316	"Alstonville Plateau Spring_Northern Rivers_3262"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32317	"Alstonville Plateau Spring_Northern Rivers_3377"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32318	"Little Marsh Swamp Wetland_Northern Rivers_3789"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32319	"Teatree Swamp Wetland_Northern Rivers_3790"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32323	"Tweed Wetlands_Northern Rivers_21262"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32324	"Tweed Wetlands_Northern Rivers_21263"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32325	"Tweed Wetlands_Northern Rivers_21264"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32326	"Tweed Wetlands_Northern Rivers_21265"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32327	"Tweed Wetlands_Northern Rivers_21267"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32328	"Tweed Wetlands_Northern Rivers_21270"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32329	"Tweed Wetlands_Northern Rivers_21272"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32330	"Tweed Wetlands_Northern Rivers_21273"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32331	"Tweed Wetlands_Northern Rivers_21279"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32332	"Tweed Wetlands_Northern Rivers_21281"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32334	"Tweed Wetlands_Northern Rivers_21285"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32335	"Tweed Wetlands_Northern Rivers_21287"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32401	"Tweed Wetlands_Northern Rivers_21408"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32408	"Tweed Wetlands_Northern Rivers_21415"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32441	"Richmond Wetlands_Northern Rivers_21451"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32442	"Richmond Wetlands_Northern Rivers_21453"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32443	"Clarence Wetlands_Northern Rivers_21474"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32444	"Clarence Wetlands_Northern Rivers_21475"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32445	"Clarence Wetlands_Northern Rivers_21476"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32446	"Clarence Wetlands_Northern Rivers_21486"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32447	"Clarence Wetlands_Northern Rivers_21487"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32448	"Clarence Wetlands_Northern Rivers_21488"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32449	"Clarence Wetlands_Northern Rivers_21543"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32450	"Clarence Wetlands_Northern Rivers_21546"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32451	"Clarence Wetlands_Northern Rivers_21580"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32452	"Clarence Wetlands_Northern Rivers_21581"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32453	"Clarence Wetlands_Northern Rivers_21634"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32454	"Clarence Wetlands_Northern Rivers_21636"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32455	"Clarence Wetlands_Northern Rivers_21638"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32456	"Clarence Wetlands_Northern Rivers_21647"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32457	"Clarence Wetlands_Northern Rivers_21655"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32458	"Clarence Wetlands_Northern Rivers_21688"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32459	"Clarence Wetlands_Northern Rivers_21690"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32460	"Clarence Wetlands_Northern Rivers_21691"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32461	"Clarence Wetlands_Northern Rivers_21692"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32462	"Clarence Wetlands_Northern Rivers_21716"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32463	"Clarence Wetlands_Northern Rivers_21719"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32464	"Clarence Wetlands_Northern Rivers_21727"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32465	"Clarence Wetlands_Northern Rivers_21732"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32466	"Clarence Wetlands_Northern Rivers_21739"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32467	"Clarence Wetlands_Northern Rivers_21762"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32469	"Clarence Wetlands_Northern Rivers_21807"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32470	"Clarence Wetlands_Northern Rivers_21810"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32471	"Clarence Wetlands_Northern Rivers_21812"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32472	"Clarence Wetlands_Northern Rivers_21814"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32473	"Clarence Wetlands_Northern Rivers_21831"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32474	"Clarence Wetlands_Northern Rivers_21854"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32475	"Clarence Wetlands_Northern Rivers_21855"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32476	"Clarence Wetlands_Northern Rivers_21892"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32477	"Clarence Wetlands_Northern Rivers_21906"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32479	"Clarence Wetlands_Northern Rivers_21995"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32480	"Clarence Wetlands_Northern Rivers_21996"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32481	"Clarence Wetlands_Northern Rivers_21997"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32482	"Clarence Wetlands_Northern Rivers_22001"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32483	"Clarence Wetlands_Northern Rivers_22013"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32484	"Clarence Wetlands_Northern Rivers_22016"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32485	"Clarence Wetlands_Northern Rivers_22017"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32486	"Clarence Wetlands_Northern Rivers_22018"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32487	"Clarence Wetlands_Northern Rivers_22020"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32488	"Clarence Wetlands_Northern Rivers_22021"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32489	"Clarence Wetlands_Northern Rivers_22028"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32490	"Clarence Wetlands_Northern Rivers_22029"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32491	"Clarence Wetlands_Northern Rivers_22030"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32492	"Clarence Wetlands_Northern Rivers_22031"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32493	"Clarence Wetlands_Northern Rivers_22032"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32494	"Clarence Wetlands_Northern Rivers_22033"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32495	"Clarence Wetlands_Northern Rivers_22035"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32496	"Clarence Wetlands_Northern Rivers_22038"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32497	"Clarence Wetlands_Northern Rivers_22039"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32498	"Clarence Wetlands_Northern Rivers_22040"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32499	"Clarence Wetlands_Northern Rivers_22041"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32500	"Clarence Wetlands_Northern Rivers_22042"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32501	"Clarence Wetlands_Northern Rivers_22045"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32502	"Clarence Wetlands_Northern Rivers_22059"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32503	"Clarence Wetlands_Northern Rivers_22061"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32504	"Clarence Wetlands_Northern Rivers_22062"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32506	"Clarence Wetlands_Northern Rivers_22077"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32507	"Clarence Wetlands_Northern Rivers_22078"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32508	"Clarence Wetlands_Northern Rivers_22080"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32509	"Clarence Wetlands_Northern Rivers_22094"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32510	"Clarence Wetlands_Northern Rivers_22187"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32511	"Clarence Wetlands_Northern Rivers_22191"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32512	"Clarence Wetlands_Northern Rivers_22200"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32513	"Clarence Wetlands_Northern Rivers_22201"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32514	"Clarence Wetlands_Northern Rivers_22208"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32515	"Clarence Wetlands_Northern Rivers_22231"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32524	"Clarence Wetlands_Northern Rivers_22273"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32525	"Clarence Wetlands_Northern Rivers_22274"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32526	"Clarence Wetlands_Northern Rivers_22275"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32527	"Clarence Wetlands_Northern Rivers_22276"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32530	"Clarence Wetlands_Northern Rivers_22291"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32532	"Clarence Wetlands_Northern Rivers_22298"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32533	"Clarence Wetlands_Northern Rivers_22299"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32534	"Clarence Wetlands_Northern Rivers_22309"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32535	"Clarence Wetlands_Northern Rivers_22310"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32536	"Clarence Wetlands_Northern Rivers_22311"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32537	"Clarence Wetlands_Northern Rivers_22328"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32538	"Clarence Wetlands_Northern Rivers_22330"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32539	"Clarence Wetlands_Northern Rivers_22331"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32540	"Clarence Wetlands_Northern Rivers_22332"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32541	"Clarence Wetlands_Northern Rivers_22333"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32542	"Clarence Wetlands_Northern Rivers_22335"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32543	"Clarence Wetlands_Northern Rivers_22336"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32544	"Clarence Wetlands_Northern Rivers_22337"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32545	"Clarence Wetlands_Northern Rivers_22338"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32546	"Clarence Wetlands_Northern Rivers_22339"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32547	"Clarence Wetlands_Northern Rivers_22340"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32548	"Clarence Wetlands_Northern Rivers_22341"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32549	"Clarence Wetlands_Northern Rivers_22347"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32550	"Clarence Wetlands_Northern Rivers_22348"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32551	"Clarence Wetlands_Northern Rivers_22361"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32552	"Clarence Wetlands_Northern Rivers_22364"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32554	"Clarence Wetlands_Northern Rivers_22410"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32555	"Clarence Wetlands_Northern Rivers_22436"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32556	"Clarence Wetlands_Northern Rivers_22437"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32557	"Clarence Wetlands_Northern Rivers_22439"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32558	"Clarence Wetlands_Northern Rivers_22440"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32559	"Clarence Wetlands_Northern Rivers_22443"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32560	"Clarence Wetlands_Northern Rivers_22448"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32561	"Clarence Wetlands_Northern Rivers_22449"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32562	"Clarence Wetlands_Northern Rivers_22450"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32563	"Clarence Wetlands_Northern Rivers_22453"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32564	"Clarence Wetlands_Northern Rivers_22458"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32565	"Clarence Wetlands_Northern Rivers_22462"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32566	"Clarence Wetlands_Northern Rivers_22464"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32567	"Clarence Wetlands_Northern Rivers_22465"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32568	"Clarence Wetlands_Northern Rivers_22466"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32569	"Clarence Wetlands_Northern Rivers_22468"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32570	"Clarence Wetlands_Northern Rivers_22473"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32572	"Clarence Wetlands_Northern Rivers_22507"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32573	"Coastal Wetlands - SEPP 14_Northern Rivers_22512"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32575	"Coastal Wetlands - SEPP 14_Northern Rivers_22523"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32576	"Coastal Wetlands - SEPP 14_Northern Rivers_22526"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32577	"Coastal Wetlands - SEPP 14_Northern Rivers_22528"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32578	"Coastal Wetlands - SEPP 14_Northern Rivers_22529"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32579	"Coastal Wetlands - SEPP 14_Northern Rivers_22530"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32580	"Coastal Wetlands - SEPP 14_Northern Rivers_22535"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32581	"Coastal Wetlands - SEPP 14_Northern Rivers_22540"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32582	"Coastal Wetlands - SEPP 14_Northern Rivers_22541"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32583	"Coastal Wetlands - SEPP 14_Northern Rivers_22544"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32584	"Coastal Wetlands - SEPP 14_Northern Rivers_22546"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32585	"Coastal Wetlands - SEPP 14_Northern Rivers_22555"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32586	"Coastal Wetlands - SEPP 14_Northern Rivers_22557"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32587	"Coastal Wetlands - SEPP 14_Northern Rivers_22561"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32588	"Coastal Wetlands - SEPP 14_Northern Rivers_22563"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32590	"Coastal Wetlands - SEPP 14_Northern Rivers_22565"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32591	"Coastal Wetlands - SEPP 14_Northern Rivers_22566"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32592	"Coastal Wetlands - SEPP 14_Northern Rivers_22570"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32593	"Coastal Wetlands - SEPP 14_Northern Rivers_22572"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32595	"Coastal Wetlands - SEPP 14_Northern Rivers_22577"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32596	"Coastal Wetlands - SEPP 14_Northern Rivers_22579"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32598	"Coastal Wetlands - SEPP 14_Northern Rivers_22584"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32599	"Coastal Wetlands - SEPP 14_Northern Rivers_22585"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32600	"Coastal Wetlands - SEPP 14_Northern Rivers_22597"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32601	"Coastal Wetlands - SEPP 14_Northern Rivers_22600"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32602	"Coastal Wetlands - SEPP 14_Northern Rivers_22602"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32603	"Coastal Wetlands - SEPP 14_Northern Rivers_22603"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32605	"Coastal Wetlands - SEPP 14_Northern Rivers_22606"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32606	"Coastal Wetlands - SEPP 14_Northern Rivers_22608"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32607	"Coastal Wetlands - SEPP 14_Northern Rivers_22610"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32608	"Coastal Wetlands - SEPP 14_Northern Rivers_22611"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32609	"Coastal Wetlands - SEPP 14_Northern Rivers_22613"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32610	"Coastal Wetlands - SEPP 14_Northern Rivers_22614"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32612	"Coastal Wetlands - SEPP 14_Northern Rivers_22617"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32613	"Coastal Wetlands - SEPP 14_Northern Rivers_22619"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32614	"Coastal Wetlands - SEPP 14_Northern Rivers_22620"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32616	"Coastal Wetlands - SEPP 14_Northern Rivers_22626"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32617	"Coastal Wetlands - SEPP 14_Northern Rivers_22627"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32619	"Coastal Wetlands - SEPP 14_Northern Rivers_22630"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32620	"Coastal Wetlands - SEPP 14_Northern Rivers_22635"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32621	"Coastal Wetlands - SEPP 14_Northern Rivers_22638"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32622	"Coastal Wetlands - SEPP 14_Northern Rivers_22639"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32623	"Coastal Wetlands - SEPP 14_Northern Rivers_22641"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32624	"Coastal Wetlands - SEPP 14_Northern Rivers_22645"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32625	"Coastal Wetlands - SEPP 14_Northern Rivers_22650"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32626	"Coastal Wetlands - SEPP 14_Northern Rivers_22661"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32627	"Coastal Wetlands - SEPP 14_Northern Rivers_22669"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32629	"Coastal Wetlands - SEPP 14_Northern Rivers_22677"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32632	"Coastal Wetlands - SEPP 14_Northern Rivers_22684"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32633	"Coastal Wetlands - SEPP 14_Northern Rivers_22690"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32634	"Coastal Wetlands - SEPP 14_Northern Rivers_22693"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32635	"Coastal Wetlands - SEPP 14_Northern Rivers_22695"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32636	"Coastal Wetlands - SEPP 14_Northern Rivers_22697"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32637	"Coastal Wetlands - SEPP 14_Northern Rivers_22698"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32638	"Coastal Wetlands - SEPP 14_Northern Rivers_22700"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32639	"Coastal Wetlands - SEPP 14_Northern Rivers_22701"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32640	"Coastal Wetlands - SEPP 14_Northern Rivers_22703"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32642	"Coastal Wetlands - SEPP 14_Northern Rivers_22708"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32643	"Coastal Wetlands - SEPP 14_Northern Rivers_22709"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32644	"Coastal Wetlands - SEPP 14_Northern Rivers_22714"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32645	"Coastal Wetlands - SEPP 14_Northern Rivers_22715"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32646	"Coastal Wetlands - SEPP 14_Northern Rivers_22723"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32647	"Coastal Wetlands - SEPP 14_Northern Rivers_22725"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32648	"Coastal Wetlands - SEPP 14_Northern Rivers_22729"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32649	"Coastal Wetlands - SEPP 14_Northern Rivers_22734"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32650	"Coastal Wetlands - SEPP 14_Northern Rivers_22735"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32651	"Coastal Wetlands - SEPP 14_Northern Rivers_22737"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32652	"Coastal Wetlands - SEPP 14_Northern Rivers_22739"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32653	"Coastal Wetlands - SEPP 14_Northern Rivers_22743"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32654	"Coastal Wetlands - SEPP 14_Northern Rivers_22750"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32655	"Coastal Wetlands - SEPP 14_Northern Rivers_22751"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32656	"Coastal Wetlands - SEPP 14_Northern Rivers_22757"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32657	"Coastal Wetlands - SEPP 14_Northern Rivers_22762"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32658	"Coastal Wetlands - SEPP 14_Northern Rivers_22764"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32660	"Coastal Wetlands - SEPP 14_Northern Rivers_22768"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32661	"Coastal Wetlands - SEPP 14_Northern Rivers_22769"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32662	"Coastal Wetlands - SEPP 14_Northern Rivers_22770"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32663	"Coastal Wetlands - SEPP 14_Northern Rivers_22773"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32664	"Coastal Wetlands - SEPP 14_Northern Rivers_22777"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32665	"Coastal Wetlands - SEPP 14_Northern Rivers_22783"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32667	"Coastal Wetlands - SEPP 14_Northern Rivers_22787"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32668	"Coastal Wetlands - SEPP 14_Northern Rivers_22789"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32669	"Coastal Wetlands - SEPP 14_Northern Rivers_22790"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32670	"Coastal Wetlands - SEPP 14_Northern Rivers_22791"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32671	"Coastal Wetlands - SEPP 14_Northern Rivers_22792"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32672	"Coastal Wetlands - SEPP 14_Northern Rivers_22793"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32673	"Coastal Wetlands - SEPP 14_Northern Rivers_22794"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32674	"Coastal Wetlands - SEPP 14_Northern Rivers_22805"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32675	"Coastal Wetlands - SEPP 14_Northern Rivers_22806"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32676	"Coastal Wetlands - SEPP 14_Northern Rivers_22809"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32678	"Coastal Wetlands - SEPP 14_Northern Rivers_22814"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32679	"Coastal Wetlands - SEPP 14_Northern Rivers_22815"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32680	"Coastal Wetlands - SEPP 14_Northern Rivers_22818"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32681	"Coastal Wetlands - SEPP 14_Northern Rivers_22820"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32682	"Coastal Wetlands - SEPP 14_Northern Rivers_22821"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32683	"Coastal Wetlands - SEPP 14_Northern Rivers_22823"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32685	"Coastal Wetlands - SEPP 14_Northern Rivers_22828"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32687	"Coastal Wetlands - SEPP 14_Northern Rivers_22837"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32689	"Coastal Wetlands - SEPP 14_Northern Rivers_22840"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32690	"Coastal Wetlands - SEPP 14_Northern Rivers_22843"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32691	"Coastal Wetlands - SEPP 14_Northern Rivers_22849"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32692	"Coastal Wetlands - SEPP 14_Northern Rivers_22851"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32693	"Devil Devil Waterhole_Northern Rivers_23504"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32694	"unnamed_Northern Rivers_23561"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32695	"unnamed_Northern Rivers_23562"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32696	"unnamed_Northern Rivers_23563"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32697	"unnamed_Northern Rivers_23564"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32698	"unnamed_Northern Rivers_23565"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32699	"unnamed_Northern Rivers_23566"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32700	"unnamed_Northern Rivers_23567"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32701	"unnamed_Northern Rivers_23568"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32704	"unnamed_Northern Rivers_23571"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32705	"unnamed_Northern Rivers_23572"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32706	"unnamed_Northern Rivers_23573"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32707	"unnamed_Northern Rivers_23574"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32708	"unnamed_Northern Rivers_23575"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32711	"unnamed_Northern Rivers_23578"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32712	"unnamed_Northern Rivers_23579"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32713	"unnamed_Northern Rivers_23580"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32714	"unnamed_Northern Rivers_23581"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32715	"unnamed_Northern Rivers_23582"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32716	"unnamed_Northern Rivers_23583"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32717	"unnamed_Northern Rivers_23584"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32718	"unnamed_Northern Rivers_23585"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32720	"unnamed_Northern Rivers_23587"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32721	"unnamed_Northern Rivers_23588"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32722	"unnamed_Northern Rivers_23589"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32723	"unnamed_Northern Rivers_23590"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32724	"unnamed_Northern Rivers_23591"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32725	"unnamed_Northern Rivers_23592"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32726	"unnamed_Northern Rivers_23593"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32727	"unnamed_Northern Rivers_23594"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32728	"unnamed_Northern Rivers_23595"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32729	"unnamed_Northern Rivers_23596"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32730	"unnamed_Northern Rivers_23597"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32731	"unnamed_Northern Rivers_23598"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32732	"unnamed_Northern Rivers_23599"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32733	"unnamed_Northern Rivers_23600"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32734	"unnamed_Northern Rivers_23601"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32735	"unnamed_Northern Rivers_23602"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32736	"unnamed_Northern Rivers_23603"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32737	"unnamed_Northern Rivers_23604"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32738	"unnamed_Northern Rivers_23605"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32739	"unnamed_Northern Rivers_23606"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32740	"unnamed_Northern Rivers_23607"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32741	"unnamed_Northern Rivers_23608"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32743	"unnamed_Northern Rivers_23610"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32744	"unnamed_Northern Rivers_23611"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32745	"unnamed_Northern Rivers_23612"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32746	"unnamed_Northern Rivers_23613"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32747	"unnamed_Northern Rivers_23614"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32748	"unnamed_Northern Rivers_23615"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32749	"unnamed_Northern Rivers_23616"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32750	"unnamed_Northern Rivers_23617"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32751	"unnamed_Northern Rivers_23618"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32752	"unnamed_Northern Rivers_23619"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32753	"unnamed_Northern Rivers_23620"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32754	"unnamed_Northern Rivers_23621"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32755	"unnamed_Northern Rivers_23622"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32756	"unnamed_Northern Rivers_23623"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32757	"unnamed_Northern Rivers_23624"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32758	"unnamed_Northern Rivers_23625"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32759	"unnamed_Northern Rivers_23626"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32760	"unnamed_Northern Rivers_23627"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32761	"unnamed_Northern Rivers_23628"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32762	"unnamed_Northern Rivers_23629"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32763	"unnamed_Northern Rivers_23630"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32764	"unnamed_Northern Rivers_23631"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32765	"unnamed_Northern Rivers_23632"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32766	"unnamed_Northern Rivers_23633"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32767	"unnamed_Northern Rivers_23634"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32768	"unnamed_Northern Rivers_23635"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32769	"unnamed_Northern Rivers_23636"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32770	"unnamed_Northern Rivers_23637"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32771	"unnamed_Northern Rivers_23638"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32772	"unnamed_Northern Rivers_23639"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32773	"unnamed_Northern Rivers_23640"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32774	"unnamed_Northern Rivers_23641"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32775	"unnamed_Northern Rivers_23642"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32776	"unnamed_Northern Rivers_23643"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32777	"unnamed_Northern Rivers_23644"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32778	"unnamed_Northern Rivers_23645"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32779	"unnamed_Northern Rivers_23646"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32780	"unnamed_Northern Rivers_23647"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32781	"unnamed_Northern Rivers_23648"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32782	"unnamed_Northern Rivers_23649"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32783	"unnamed_Northern Rivers_23650"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32784	"unnamed_Northern Rivers_23651"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32785	"unnamed_Northern Rivers_23652"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32786	"unnamed_Northern Rivers_23653"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32787	"unnamed_Northern Rivers_23654"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32788	"unnamed_Northern Rivers_23655"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32789	"unnamed_Northern Rivers_23656"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32790	"unnamed_Northern Rivers_23657"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32791	"unnamed_Northern Rivers_23658"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32792	"unnamed_Northern Rivers_23659"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32793	"unnamed_Northern Rivers_23660"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32794	"unnamed_Northern Rivers_23661"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32795	"unnamed_Northern Rivers_23662"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32796	"unnamed_Northern Rivers_23663"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32797	"unnamed_Northern Rivers_23664"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32798	"unnamed_Northern Rivers_23665"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32799	"unnamed_Northern Rivers_23666"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32800	"unnamed_Northern Rivers_23667"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32801	"unnamed_Northern Rivers_23668"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32802	"unnamed_Northern Rivers_23669"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32803	"unnamed_Northern Rivers_23670"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32804	"unnamed_Northern Rivers_23671"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32805	"unnamed_Northern Rivers_23672"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32806	"unnamed_Northern Rivers_23673"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32807	"unnamed_Northern Rivers_23674"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32808	"unnamed_Northern Rivers_23675"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32809	"unnamed_Northern Rivers_23676"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32810	"unnamed_Northern Rivers_23677"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32811	"unnamed_Northern Rivers_23678"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32812	"unnamed_Northern Rivers_23679"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32813	"unnamed_Northern Rivers_23680"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32814	"unnamed_Northern Rivers_23681"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32815	"unnamed_Northern Rivers_23682"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32816	"unnamed_Northern Rivers_23683"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32817	"unnamed_Northern Rivers_23684"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32818	"unnamed_Northern Rivers_23685"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32819	"unnamed_Northern Rivers_23686"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32820	"unnamed_Northern Rivers_23687"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32821	"unnamed_Northern Rivers_23688"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32822	"unnamed_Northern Rivers_23689"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32823	"unnamed_Northern Rivers_23690"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32824	"unnamed_Northern Rivers_23691"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32825	"unnamed_Northern Rivers_23692"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32826	"unnamed_Northern Rivers_23693"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32827	"unnamed_Northern Rivers_23694"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32828	"unnamed_Northern Rivers_23695"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32829	"unnamed_Northern Rivers_23696"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32830	"unnamed_Northern Rivers_23697"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32831	"unnamed_Northern Rivers_23698"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32832	"unnamed_Northern Rivers_23699"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32833	"unnamed_Northern Rivers_23700"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32834	"unnamed_Northern Rivers_23701"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32835	"unnamed_Northern Rivers_23702"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32836	"unnamed_Northern Rivers_23703"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32837	"unnamed_Northern Rivers_23704"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32838	"unnamed_Northern Rivers_23705"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32839	"unnamed_Northern Rivers_23706"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32840	"unnamed_Northern Rivers_23707"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32841	"unnamed_Northern Rivers_23708"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32842	"unnamed_Northern Rivers_23709"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32843	"unnamed_Northern Rivers_23710"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32844	"unnamed_Northern Rivers_23711"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32845	"unnamed_Northern Rivers_23712"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32846	"unnamed_Northern Rivers_23713"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32847	"unnamed_Northern Rivers_23714"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32848	"unnamed_Northern Rivers_23715"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32849	"unnamed_Northern Rivers_23716"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32850	"unnamed_Northern Rivers_23717"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32851	"unnamed_Northern Rivers_23718"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32852	"unnamed_Northern Rivers_23719"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32853	"unnamed_Northern Rivers_23720"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32854	"unnamed_Northern Rivers_23721"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32855	"unnamed_Northern Rivers_23722"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32856	"unnamed_Northern Rivers_23723"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32857	"unnamed_Northern Rivers_23724"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32858	"unnamed_Northern Rivers_23725"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32859	"unnamed_Northern Rivers_23726"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32860	"unnamed_Northern Rivers_23727"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32861	"unnamed_Northern Rivers_23728"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32862	"unnamed_Northern Rivers_23729"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32863	"unnamed_Northern Rivers_23730"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32864	"unnamed_Northern Rivers_23731"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32865	"unnamed_Northern Rivers_23732"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32866	"unnamed_Northern Rivers_23733"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32867	"unnamed_Northern Rivers_23734"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32868	"unnamed_Northern Rivers_23735"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32869	"unnamed_Northern Rivers_23736"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32870	"unnamed_Northern Rivers_23737"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32871	"unnamed_Northern Rivers_23738"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32872	"unnamed_Northern Rivers_23739"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32873	"unnamed_Northern Rivers_23740"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32874	"unnamed_Northern Rivers_23741"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32875	"unnamed_Northern Rivers_23742"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32876	"unnamed_Northern Rivers_23743"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32877	"unnamed_Northern Rivers_23744"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32878	"unnamed_Northern Rivers_23745"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32879	"unnamed_Northern Rivers_23746"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32880	"unnamed_Northern Rivers_23747"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32881	"unnamed_Northern Rivers_23748"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32882	"unnamed_Northern Rivers_23749"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32883	"unnamed_Northern Rivers_23750"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32884	"unnamed_Northern Rivers_23751"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32885	"unnamed_Northern Rivers_23752"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32886	"unnamed_Northern Rivers_23753"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32887	"unnamed_Northern Rivers_23754"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32888	"unnamed_Northern Rivers_23755"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32889	"unnamed_Northern Rivers_23756"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32890	"unnamed_Northern Rivers_23757"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32891	"unnamed_Northern Rivers_23758"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32892	"unnamed_Northern Rivers_23759"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32893	"unnamed_Northern Rivers_23760"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32894	"unnamed_Northern Rivers_23761"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32895	"unnamed_Northern Rivers_23762"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32896	"unnamed_Northern Rivers_23763"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32897	"unnamed_Northern Rivers_23764"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32898	"unnamed_Northern Rivers_23765"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32899	"unnamed_Northern Rivers_23766"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32900	"unnamed_Northern Rivers_23767"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32901	"unnamed_Northern Rivers_23768"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32902	"unnamed_Northern Rivers_23769"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32903	"unnamed_Northern Rivers_23770"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32904	"unnamed_Northern Rivers_23771"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32905	"unnamed_Northern Rivers_23772"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32906	"unnamed_Northern Rivers_23773"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32907	"unnamed_Northern Rivers_23774"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32908	"unnamed_Northern Rivers_23775"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32909	"unnamed_Northern Rivers_23776"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32910	"unnamed_Northern Rivers_23777"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32911	"unnamed_Northern Rivers_23778"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32912	"unnamed_Northern Rivers_23779"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32913	"unnamed_Northern Rivers_23780"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32914	"unnamed_Northern Rivers_23781"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32915	"unnamed_Northern Rivers_23782"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32916	"unnamed_Northern Rivers_23783"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32917	"unnamed_Northern Rivers_23784"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32918	"unnamed_Northern Rivers_23785"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32919	"unnamed_Northern Rivers_23786"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32920	"unnamed_Northern Rivers_23787"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32921	"unnamed_Northern Rivers_23788"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32922	"unnamed_Northern Rivers_23789"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32923	"unnamed_Northern Rivers_23790"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32924	"unnamed_Northern Rivers_23791"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32925	"unnamed_Northern Rivers_23792"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32926	"unnamed_Northern Rivers_23793"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32927	"unnamed_Northern Rivers_23794"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32928	"unnamed_Northern Rivers_23795"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32929	"unnamed_Northern Rivers_23796"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32930	"unnamed_Northern Rivers_23797"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32931	"unnamed_Northern Rivers_23798"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32932	"unnamed_Northern Rivers_23799"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32933	"unnamed_Northern Rivers_23800"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32934	"unnamed_Northern Rivers_23801"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32935	"unnamed_Northern Rivers_23802"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32936	"unnamed_Northern Rivers_23803"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32937	"unnamed_Northern Rivers_23804"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32938	"unnamed_Northern Rivers_23805"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32939	"unnamed_Northern Rivers_23806"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32940	"unnamed_Northern Rivers_23807"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32941	"unnamed_Northern Rivers_23808"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32942	"unnamed_Northern Rivers_23809"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32943	"unnamed_Northern Rivers_23810"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32944	"unnamed_Northern Rivers_23811"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32945	"unnamed_Northern Rivers_23812"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32946	"unnamed_Northern Rivers_23813"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32947	"unnamed_Northern Rivers_23814"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32948	"unnamed_Northern Rivers_23815"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32949	"unnamed_Northern Rivers_23816"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32950	"unnamed_Northern Rivers_23817"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32951	"unnamed_Northern Rivers_23818"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32952	"unnamed_Northern Rivers_23819"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32953	"unnamed_Northern Rivers_23820"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32954	"unnamed_Northern Rivers_23821"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32955	"unnamed_Northern Rivers_23822"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32956	"unnamed_Northern Rivers_23823"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32957	"unnamed_Northern Rivers_23824"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32958	"unnamed_Northern Rivers_23825"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32959	"unnamed_Northern Rivers_23826"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32960	"unnamed_Northern Rivers_23827"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32961	"unnamed_Northern Rivers_23828"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32962	"unnamed_Northern Rivers_23829"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32963	"unnamed_Northern Rivers_23830"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32964	"unnamed_Northern Rivers_23831"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32965	"unnamed_Northern Rivers_23832"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32966	"unnamed_Northern Rivers_23833"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32967	"unnamed_Northern Rivers_23834"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32968	"unnamed_Northern Rivers_23835"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32969	"unnamed_Northern Rivers_23836"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32970	"unnamed_Northern Rivers_23837"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32971	"unnamed_Northern Rivers_23838"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32972	"unnamed_Northern Rivers_23839"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32973	"unnamed_Northern Rivers_23840"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32974	"unnamed_Northern Rivers_23841"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32975	"unnamed_Northern Rivers_23842"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32976	"unnamed_Northern Rivers_23843"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32977	"unnamed_Northern Rivers_23844"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32978	"unnamed_Northern Rivers_23845"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32979	"unnamed_Northern Rivers_23846"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32980	"unnamed_Northern Rivers_23847"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32981	"unnamed_Northern Rivers_23848"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32982	"unnamed_Northern Rivers_23849"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32983	"unnamed_Northern Rivers_23850"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32984	"unnamed_Northern Rivers_23851"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32985	"unnamed_Northern Rivers_23852"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32986	"unnamed_Northern Rivers_23853"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32987	"unnamed_Northern Rivers_23854"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32988	"unnamed_Northern Rivers_23855"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32989	"unnamed_Northern Rivers_23856"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32990	"unnamed_Northern Rivers_23857"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32991	"unnamed_Northern Rivers_23858"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32992	"unnamed_Northern Rivers_23859"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32993	"unnamed_Northern Rivers_23860"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32994	"unnamed_Northern Rivers_23861"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32995	"unnamed_Northern Rivers_23862"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32996	"unnamed_Northern Rivers_23863"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32997	"unnamed_Northern Rivers_23864"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32998	"unnamed_Northern Rivers_23865"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
32999	"unnamed_Northern Rivers_23866"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33000	"unnamed_Northern Rivers_23867"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33001	"unnamed_Northern Rivers_23868"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33002	"unnamed_Northern Rivers_23869"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33003	"unnamed_Northern Rivers_23870"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33004	"unnamed_Northern Rivers_23871"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33005	"unnamed_Northern Rivers_23872"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33006	"unnamed_Northern Rivers_23873"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33007	"unnamed_Northern Rivers_23874"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33008	"unnamed_Northern Rivers_23875"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33009	"unnamed_Northern Rivers_23876"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33010	"unnamed_Northern Rivers_23877"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33011	"unnamed_Northern Rivers_23878"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33012	"unnamed_Northern Rivers_23879"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33013	"unnamed_Northern Rivers_23880"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33014	"unnamed_Northern Rivers_23881"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33015	"unnamed_Northern Rivers_23882"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33016	"unnamed_Northern Rivers_23883"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33017	"unnamed_Northern Rivers_23884"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33018	"unnamed_Northern Rivers_23885"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33019	"unnamed_Northern Rivers_23886"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33020	"unnamed_Northern Rivers_23887"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33021	"unnamed_Northern Rivers_23888"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33022	"unnamed_Northern Rivers_23889"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33023	"unnamed_Northern Rivers_23890"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33024	"unnamed_Northern Rivers_23891"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33025	"unnamed_Northern Rivers_23892"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33026	"unnamed_Northern Rivers_23893"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33027	"unnamed_Northern Rivers_23894"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33028	"unnamed_Northern Rivers_23895"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33029	"unnamed_Northern Rivers_23896"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33030	"unnamed_Northern Rivers_23897"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33031	"unnamed_Northern Rivers_23898"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33032	"unnamed_Northern Rivers_23899"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33033	"unnamed_Northern Rivers_23900"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33034	"unnamed_Northern Rivers_23901"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33035	"unnamed_Northern Rivers_23902"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33036	"unnamed_Northern Rivers_23903"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33037	"unnamed_Northern Rivers_23904"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33038	"unnamed_Northern Rivers_23905"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33039	"unnamed_Northern Rivers_23906"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33040	"unnamed_Northern Rivers_23907"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33041	"unnamed_Northern Rivers_23908"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33042	"unnamed_Northern Rivers_23909"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33043	"unnamed_Northern Rivers_23910"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33044	"unnamed_Northern Rivers_23911"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33045	"unnamed_Northern Rivers_23912"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33046	"unnamed_Northern Rivers_23913"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33047	"unnamed_Northern Rivers_23914"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33048	"unnamed_Northern Rivers_23915"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33049	"unnamed_Northern Rivers_23916"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33050	"unnamed_Northern Rivers_23917"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33051	"unnamed_Northern Rivers_23918"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33052	"unnamed_Northern Rivers_23919"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33053	"unnamed_Northern Rivers_23920"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33054	"unnamed_Northern Rivers_23921"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33055	"unnamed_Northern Rivers_23922"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33056	"unnamed_Northern Rivers_23923"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33057	"unnamed_Northern Rivers_23924"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33058	"unnamed_Northern Rivers_23925"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33059	"unnamed_Northern Rivers_23926"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33060	"unnamed_Northern Rivers_23927"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33061	"unnamed_Northern Rivers_23928"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33062	"unnamed_Northern Rivers_23929"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33063	"unnamed_Northern Rivers_23930"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33064	"unnamed_Northern Rivers_23931"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33065	"unnamed_Northern Rivers_23932"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33066	"unnamed_Northern Rivers_23933"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33067	"unnamed_Northern Rivers_23934"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33068	"unnamed_Northern Rivers_23935"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33069	"unnamed_Northern Rivers_23936"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33070	"unnamed_Northern Rivers_23937"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33071	"unnamed_Northern Rivers_23938"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33072	"unnamed_Northern Rivers_23939"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33073	"unnamed_Northern Rivers_23940"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33074	"unnamed_Northern Rivers_23941"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33075	"unnamed_Northern Rivers_23942"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33076	"unnamed_Northern Rivers_23943"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33077	"unnamed_Northern Rivers_23944"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33078	"unnamed_Northern Rivers_23945"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33079	"unnamed_Northern Rivers_23946"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33080	"unnamed_Northern Rivers_23947"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33081	"unnamed_Northern Rivers_23948"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33082	"unnamed_Northern Rivers_23949"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33083	"unnamed_Northern Rivers_23950"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33084	"unnamed_Northern Rivers_23951"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33085	"unnamed_Northern Rivers_23952"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33086	"unnamed_Northern Rivers_23953"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33087	"unnamed_Northern Rivers_23954"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33088	"unnamed_Northern Rivers_23955"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33089	"unnamed_Northern Rivers_23956"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33090	"unnamed_Northern Rivers_23957"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33091	"unnamed_Northern Rivers_23958"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33092	"unnamed_Northern Rivers_23959"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33093	"unnamed_Northern Rivers_23960"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33094	"unnamed_Northern Rivers_23961"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33095	"unnamed_Northern Rivers_23962"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33096	"unnamed_Northern Rivers_23963"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33097	"unnamed_Northern Rivers_23964"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33098	"unnamed_Northern Rivers_23965"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33099	"unnamed_Northern Rivers_23966"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33100	"unnamed_Northern Rivers_23967"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33101	"unnamed_Northern Rivers_23968"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33102	"unnamed_Northern Rivers_23969"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33103	"unnamed_Northern Rivers_23970"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33104	"unnamed_Northern Rivers_23971"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33105	"unnamed_Northern Rivers_23972"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33106	"unnamed_Northern Rivers_23973"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33107	"unnamed_Northern Rivers_23974"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33108	"unnamed_Northern Rivers_23975"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33109	"unnamed_Northern Rivers_23976"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33110	"unnamed_Northern Rivers_23977"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33111	"unnamed_Northern Rivers_23978"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33112	"unnamed_Northern Rivers_23979"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33113	"unnamed_Northern Rivers_23980"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33114	"unnamed_Northern Rivers_23981"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33115	"unnamed_Northern Rivers_23982"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33116	"unnamed_Northern Rivers_23983"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33117	"unnamed_Northern Rivers_23984"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33118	"unnamed_Northern Rivers_23985"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33119	"unnamed_Northern Rivers_23986"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33120	"unnamed_Northern Rivers_23987"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33121	"unnamed_Northern Rivers_23988"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33122	"unnamed_Northern Rivers_23989"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33123	"unnamed_Northern Rivers_23990"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33125	"unnamed_Northern Rivers_23992"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33126	"unnamed_Northern Rivers_23993"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33127	"unnamed_Northern Rivers_23994"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33128	"unnamed_Northern Rivers_23995"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33129	"unnamed_Northern Rivers_23996"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33130	"unnamed_Northern Rivers_23997"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33131	"unnamed_Northern Rivers_23998"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33132	"unnamed_Northern Rivers_23999"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33133	"unnamed_Northern Rivers_24000"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33134	"unnamed_Northern Rivers_24001"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33135	"unnamed_Northern Rivers_24002"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33136	"unnamed_Northern Rivers_24003"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33137	"unnamed_Northern Rivers_24004"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33138	"unnamed_Northern Rivers_24005"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33139	"unnamed_Northern Rivers_24006"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33140	"unnamed_Northern Rivers_24007"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33142	"unnamed_Northern Rivers_24009"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33143	"unnamed_Northern Rivers_24010"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33144	"unnamed_Northern Rivers_24011"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33145	"unnamed_Northern Rivers_24012"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33146	"unnamed_Northern Rivers_24013"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33147	"unnamed_Northern Rivers_24014"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33149	"unnamed_Northern Rivers_24016"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33150	"unnamed_Northern Rivers_24017"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33151	"unnamed_Northern Rivers_24018"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33152	"unnamed_Northern Rivers_24019"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33153	"unnamed_Northern Rivers_24020"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33154	"unnamed_Northern Rivers_24021"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33155	"unnamed_Northern Rivers_24022"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33157	"unnamed_Northern Rivers_24024"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33158	"unnamed_Northern Rivers_24025"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33159	"unnamed_Northern Rivers_24026"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33160	"unnamed_Northern Rivers_24027"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33161	"unnamed_Northern Rivers_24028"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33162	"unnamed_Northern Rivers_24029"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33163	"unnamed_Northern Rivers_24030"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33164	"unnamed_Northern Rivers_24031"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33165	"unnamed_Northern Rivers_24032"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33166	"unnamed_Northern Rivers_24033"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33167	"unnamed_Northern Rivers_24034"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33168	"unnamed_Northern Rivers_24035"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33169	"unnamed_Northern Rivers_24036"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33170	"unnamed_Northern Rivers_24037"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33171	"unnamed_Northern Rivers_24038"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33172	"unnamed_Northern Rivers_24039"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33173	"unnamed_Northern Rivers_24040"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33174	"unnamed_Northern Rivers_24041"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33175	"unnamed_Northern Rivers_24042"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33176	"unnamed_Northern Rivers_24043"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33177	"unnamed_Northern Rivers_24044"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33178	"unnamed_Northern Rivers_24045"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33179	"unnamed_Northern Rivers_24046"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33180	"unnamed_Northern Rivers_24047"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33181	"unnamed_Northern Rivers_24048"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33182	"unnamed_Northern Rivers_24049"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33183	"unnamed_Northern Rivers_24050"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33184	"unnamed_Northern Rivers_24051"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33185	"unnamed_Northern Rivers_24052"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33186	"unnamed_Northern Rivers_24053"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33187	"unnamed_Northern Rivers_24054"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33188	"unnamed_Northern Rivers_24055"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33189	"unnamed_Northern Rivers_24056"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33190	"unnamed_Northern Rivers_24057"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33191	"unnamed_Northern Rivers_24058"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33192	"unnamed_Northern Rivers_24059"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33193	"unnamed_Northern Rivers_24060"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33194	"unnamed_Northern Rivers_24061"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33195	"unnamed_Northern Rivers_24062"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33198	"unnamed_Northern Rivers_24065"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33199	"unnamed_Northern Rivers_24066"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33200	"unnamed_Northern Rivers_24067"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33201	"unnamed_Northern Rivers_24068"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33202	"unnamed_Northern Rivers_24069"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33203	"unnamed_Northern Rivers_24070"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33204	"unnamed_Northern Rivers_24071"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33205	"unnamed_Northern Rivers_24072"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33207	"unnamed_Northern Rivers_24074"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33208	"unnamed_Northern Rivers_24075"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33209	"unnamed_Northern Rivers_24076"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33210	"unnamed_Northern Rivers_24077"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33211	"unnamed_Northern Rivers_24078"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33212	"unnamed_Northern Rivers_24079"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33213	"unnamed_Northern Rivers_24080"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33214	"unnamed_Northern Rivers_24081"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33215	"unnamed_Northern Rivers_24082"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33216	"unnamed_Northern Rivers_24083"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33217	"unnamed_Northern Rivers_24084"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33218	"unnamed_Northern Rivers_24085"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33219	"unnamed_Northern Rivers_24086"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33220	"unnamed_Northern Rivers_24087"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33221	"unnamed_Northern Rivers_24088"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33222	"unnamed_Northern Rivers_24089"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33223	"unnamed_Northern Rivers_24090"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33224	"unnamed_Northern Rivers_24091"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33225	"unnamed_Northern Rivers_24092"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33226	"unnamed_Northern Rivers_24093"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33227	"unnamed_Northern Rivers_24094"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33228	"unnamed_Northern Rivers_24095"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33229	"unnamed_Northern Rivers_24096"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33230	"unnamed_Northern Rivers_24097"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33231	"unnamed_Northern Rivers_24098"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33232	"unnamed_Northern Rivers_24099"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33233	"unnamed_Northern Rivers_24100"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33234	"unnamed_Northern Rivers_24101"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33235	"unnamed_Northern Rivers_24102"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33236	"unnamed_Northern Rivers_24103"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33237	"unnamed_Northern Rivers_24104"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33238	"unnamed_Northern Rivers_24105"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33239	"unnamed_Northern Rivers_24106"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33240	"unnamed_Northern Rivers_24107"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33241	"unnamed_Northern Rivers_24108"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33242	"unnamed_Northern Rivers_24109"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33243	"unnamed_Northern Rivers_24110"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33244	"unnamed_Northern Rivers_24111"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33245	"unnamed_Northern Rivers_24112"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33246	"unnamed_Northern Rivers_24113"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33247	"unnamed_Northern Rivers_24114"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33248	"unnamed_Northern Rivers_24115"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33249	"unnamed_Northern Rivers_24116"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33250	"unnamed_Northern Rivers_24117"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33251	"unnamed_Northern Rivers_24118"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33252	"unnamed_Northern Rivers_24119"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33253	"unnamed_Northern Rivers_24120"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33254	"unnamed_Northern Rivers_24121"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33255	"unnamed_Northern Rivers_24122"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33256	"unnamed_Northern Rivers_24123"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33257	"unnamed_Northern Rivers_24124"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33258	"unnamed_Northern Rivers_24125"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33259	"unnamed_Northern Rivers_24126"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33260	"unnamed_Northern Rivers_24127"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33261	"unnamed_Northern Rivers_24128"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33262	"unnamed_Northern Rivers_24129"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33263	"unnamed_Northern Rivers_24130"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33264	"unnamed_Northern Rivers_24131"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33265	"unnamed_Northern Rivers_24132"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33266	"unnamed_Northern Rivers_24133"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33267	"unnamed_Northern Rivers_24134"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33268	"unnamed_Northern Rivers_24135"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33269	"unnamed_Northern Rivers_24136"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33270	"unnamed_Northern Rivers_24137"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33271	"unnamed_Northern Rivers_24138"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33272	"unnamed_Northern Rivers_24139"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33273	"unnamed_Northern Rivers_24140"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33274	"unnamed_Northern Rivers_24141"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33275	"unnamed_Northern Rivers_24142"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33276	"unnamed_Northern Rivers_24143"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33277	"unnamed_Northern Rivers_24144"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33278	"unnamed_Northern Rivers_24145"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33279	"unnamed_Northern Rivers_24146"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33280	"unnamed_Northern Rivers_24147"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33281	"unnamed_Northern Rivers_24148"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33282	"unnamed_Northern Rivers_24149"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33283	"unnamed_Northern Rivers_24150"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33284	"unnamed_Northern Rivers_24151"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33285	"unnamed_Northern Rivers_24152"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33286	"unnamed_Northern Rivers_24153"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33287	"unnamed_Northern Rivers_24154"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33288	"unnamed_Northern Rivers_24155"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33289	"unnamed_Northern Rivers_24156"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33290	"unnamed_Northern Rivers_24157"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33291	"unnamed_Northern Rivers_24158"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33292	"unnamed_Northern Rivers_24159"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33293	"unnamed_Northern Rivers_24160"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33294	"unnamed_Northern Rivers_24161"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33295	"unnamed_Northern Rivers_24162"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33296	"unnamed_Northern Rivers_24163"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33297	"unnamed_Northern Rivers_24164"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33298	"unnamed_Northern Rivers_24165"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33299	"unnamed_Northern Rivers_24166"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33300	"unnamed_Northern Rivers_24167"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33301	"unnamed_Northern Rivers_24168"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33302	"unnamed_Northern Rivers_24169"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33303	"unnamed_Northern Rivers_24170"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33304	"unnamed_Northern Rivers_24171"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33305	"unnamed_Northern Rivers_24172"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33306	"unnamed_Northern Rivers_24173"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33307	"unnamed_Northern Rivers_24174"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33308	"unnamed_Northern Rivers_24175"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33309	"unnamed_Northern Rivers_24176"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33310	"unnamed_Northern Rivers_24177"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33311	"unnamed_Northern Rivers_24178"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33312	"unnamed_Northern Rivers_24179"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33313	"unnamed_Northern Rivers_24180"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33314	"unnamed_Northern Rivers_24181"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33315	"unnamed_Northern Rivers_24182"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33316	"unnamed_Northern Rivers_24183"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33317	"unnamed_Northern Rivers_24184"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33318	"unnamed_Northern Rivers_24185"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33319	"unnamed_Northern Rivers_24186"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33320	"unnamed_Northern Rivers_24187"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33321	"unnamed_Northern Rivers_24188"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33322	"unnamed_Northern Rivers_24189"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33323	"unnamed_Northern Rivers_24190"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33324	"unnamed_Northern Rivers_24191"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33325	"unnamed_Northern Rivers_24192"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33326	"unnamed_Northern Rivers_24193"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33327	"unnamed_Northern Rivers_24194"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33328	"unnamed_Northern Rivers_24195"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33329	"unnamed_Northern Rivers_24196"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33330	"unnamed_Northern Rivers_24197"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33331	"unnamed_Northern Rivers_24198"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33332	"unnamed_Northern Rivers_24199"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33333	"unnamed_Northern Rivers_24200"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33334	"unnamed_Northern Rivers_24201"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33335	"unnamed_Northern Rivers_24202"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33336	"unnamed_Northern Rivers_24203"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33337	"unnamed_Northern Rivers_24204"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33338	"unnamed_Northern Rivers_24205"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33339	"unnamed_Northern Rivers_24206"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33340	"unnamed_Northern Rivers_24207"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33341	"unnamed_Northern Rivers_24208"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33342	"unnamed_Northern Rivers_24209"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33343	"unnamed_Northern Rivers_24210"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33344	"unnamed_Northern Rivers_24211"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33345	"unnamed_Northern Rivers_24212"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33346	"unnamed_Northern Rivers_24213"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33347	"unnamed_Northern Rivers_24214"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33348	"unnamed_Northern Rivers_24215"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33349	"unnamed_Northern Rivers_24216"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33350	"unnamed_Northern Rivers_24217"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33351	"unnamed_Northern Rivers_24218"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33352	"unnamed_Northern Rivers_24219"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33353	"unnamed_Northern Rivers_24220"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33354	"unnamed_Northern Rivers_24221"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33355	"unnamed_Northern Rivers_24222"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33356	"unnamed_Northern Rivers_24223"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33357	"unnamed_Northern Rivers_24224"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33358	"unnamed_Northern Rivers_24225"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33359	"unnamed_Northern Rivers_24226"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33360	"unnamed_Northern Rivers_24227"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33361	"unnamed_Northern Rivers_24228"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33362	"unnamed_Northern Rivers_24229"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33363	"unnamed_Northern Rivers_24230"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33364	"unnamed_Northern Rivers_24231"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33365	"unnamed_Northern Rivers_24232"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33366	"unnamed_Northern Rivers_24233"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33367	"unnamed_Northern Rivers_24234"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33368	"unnamed_Northern Rivers_24235"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33369	"unnamed_Northern Rivers_24236"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33370	"unnamed_Northern Rivers_24237"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33371	"unnamed_Northern Rivers_24238"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33372	"unnamed_Northern Rivers_24239"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33373	"unnamed_Northern Rivers_24240"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33374	"unnamed_Northern Rivers_24241"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33375	"unnamed_Northern Rivers_24242"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33376	"unnamed_Northern Rivers_24243"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33377	"unnamed_Northern Rivers_24244"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33378	"unnamed_Northern Rivers_24245"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33379	"unnamed_Northern Rivers_24246"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33380	"unnamed_Northern Rivers_24247"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33381	"unnamed_Northern Rivers_24248"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33382	"unnamed_Northern Rivers_24249"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33383	"unnamed_Northern Rivers_24250"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33384	"unnamed_Northern Rivers_24251"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33385	"unnamed_Northern Rivers_24252"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33386	"unnamed_Northern Rivers_24253"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33387	"unnamed_Northern Rivers_24254"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33388	"unnamed_Northern Rivers_24255"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33389	"unnamed_Northern Rivers_24256"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33390	"unnamed_Northern Rivers_24257"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33391	"unnamed_Northern Rivers_24258"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33392	"unnamed_Northern Rivers_24259"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33393	"unnamed_Northern Rivers_24260"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33394	"unnamed_Northern Rivers_24261"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33395	"unnamed_Northern Rivers_24262"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33396	"unnamed_Northern Rivers_24263"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33397	"unnamed_Northern Rivers_24264"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33398	"unnamed_Northern Rivers_24265"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33399	"unnamed_Northern Rivers_24266"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33400	"unnamed_Northern Rivers_24267"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33401	"unnamed_Northern Rivers_24268"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33402	"unnamed_Northern Rivers_24269"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33403	"unnamed_Northern Rivers_24270"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33404	"unnamed_Northern Rivers_24271"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33405	"unnamed_Northern Rivers_24272"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33406	"unnamed_Northern Rivers_24273"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33407	"unnamed_Northern Rivers_24274"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33408	"unnamed_Northern Rivers_24275"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33409	"unnamed_Northern Rivers_24276"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33412	"unnamed_Northern Rivers_24279"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33414	"unnamed_Northern Rivers_24281"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33415	"unnamed_Northern Rivers_24282"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33417	"unnamed_Northern Rivers_24284"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33418	"unnamed_Northern Rivers_24285"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33419	"unnamed_Northern Rivers_24286"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33420	"unnamed_Northern Rivers_24287"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33421	"unnamed_Northern Rivers_24288"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33422	"unnamed_Northern Rivers_24289"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33423	"unnamed_Northern Rivers_24290"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33424	"unnamed_Northern Rivers_24291"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33425	"unnamed_Northern Rivers_24292"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33426	"unnamed_Northern Rivers_24293"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33427	"unnamed_Northern Rivers_24294"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33428	"unnamed_Northern Rivers_24295"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33429	"unnamed_Northern Rivers_24296"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33430	"unnamed_Northern Rivers_24297"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33431	"unnamed_Northern Rivers_24298"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33432	"unnamed_Northern Rivers_24299"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33433	"unnamed_Northern Rivers_24300"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33434	"unnamed_Northern Rivers_24301"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33435	"unnamed_Northern Rivers_24302"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33436	"unnamed_Northern Rivers_24303"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33437	"unnamed_Northern Rivers_24304"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33438	"unnamed_Northern Rivers_24305"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33439	"unnamed_Northern Rivers_24306"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33440	"unnamed_Northern Rivers_24307"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33441	"unnamed_Northern Rivers_24308"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33442	"unnamed_Northern Rivers_24309"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33443	"unnamed_Northern Rivers_24310"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33444	"unnamed_Northern Rivers_24311"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33445	"unnamed_Northern Rivers_24312"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33446	"unnamed_Northern Rivers_24313"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33447	"unnamed_Northern Rivers_24314"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33448	"unnamed_Northern Rivers_24315"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33449	"unnamed_Northern Rivers_24316"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33450	"unnamed_Northern Rivers_24317"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33451	"unnamed_Northern Rivers_24318"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33452	"unnamed_Northern Rivers_24319"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33453	"unnamed_Northern Rivers_24320"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33454	"unnamed_Northern Rivers_24321"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33455	"unnamed_Northern Rivers_24322"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33456	"unnamed_Northern Rivers_24323"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33457	"unnamed_Northern Rivers_24324"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33458	"unnamed_Northern Rivers_24325"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33459	"unnamed_Northern Rivers_24326"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33460	"unnamed_Northern Rivers_24327"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33461	"unnamed_Northern Rivers_24328"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33462	"unnamed_Northern Rivers_24329"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33463	"unnamed_Northern Rivers_24330"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33464	"unnamed_Northern Rivers_24331"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33465	"unnamed_Northern Rivers_24332"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33466	"unnamed_Northern Rivers_24333"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33467	"unnamed_Northern Rivers_24334"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33468	"unnamed_Northern Rivers_24335"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33469	"unnamed_Northern Rivers_24336"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33470	"unnamed_Northern Rivers_24337"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33471	"unnamed_Northern Rivers_24338"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33472	"unnamed_Northern Rivers_24339"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33473	"unnamed_Northern Rivers_24340"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33474	"unnamed_Northern Rivers_24341"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33475	"unnamed_Northern Rivers_24342"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33476	"unnamed_Northern Rivers_24343"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33477	"unnamed_Northern Rivers_24344"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33478	"unnamed_Northern Rivers_24345"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33479	"unnamed_Northern Rivers_24346"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33480	"unnamed_Northern Rivers_24347"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33481	"unnamed_Northern Rivers_24348"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33482	"unnamed_Northern Rivers_24349"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33483	"unnamed_Northern Rivers_24350"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33484	"unnamed_Northern Rivers_24351"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33485	"unnamed_Northern Rivers_24352"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33486	"unnamed_Northern Rivers_24353"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33487	"unnamed_Northern Rivers_24354"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33488	"unnamed_Northern Rivers_24355"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33489	"unnamed_Northern Rivers_24356"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33490	"unnamed_Northern Rivers_24357"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33491	"unnamed_Northern Rivers_24358"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33492	"unnamed_Northern Rivers_24359"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33493	"unnamed_Northern Rivers_24360"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33494	"unnamed_Northern Rivers_24361"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33495	"unnamed_Northern Rivers_24362"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33496	"unnamed_Northern Rivers_24363"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33497	"unnamed_Northern Rivers_24364"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33498	"unnamed_Northern Rivers_24365"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33499	"unnamed_Northern Rivers_24366"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33500	"unnamed_Northern Rivers_24367"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33501	"unnamed_Northern Rivers_24368"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33502	"unnamed_Northern Rivers_24369"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33503	"unnamed_Northern Rivers_24370"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33504	"unnamed_Northern Rivers_24371"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33505	"unnamed_Northern Rivers_24372"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33506	"unnamed_Northern Rivers_24373"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33507	"unnamed_Northern Rivers_24374"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33508	"unnamed_Northern Rivers_24375"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33509	"unnamed_Northern Rivers_24376"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33510	"unnamed_Northern Rivers_24377"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33511	"unnamed_Northern Rivers_24378"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33512	"unnamed_Northern Rivers_24379"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33513	"unnamed_Northern Rivers_24380"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33514	"unnamed_Northern Rivers_24381"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33515	"unnamed_Northern Rivers_24382"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33516	"unnamed_Northern Rivers_24383"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33517	"unnamed_Northern Rivers_24384"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33518	"unnamed_Northern Rivers_24385"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33519	"unnamed_Northern Rivers_24386"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33520	"unnamed_Northern Rivers_24387"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33521	"unnamed_Northern Rivers_24388"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33522	"unnamed_Northern Rivers_24389"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33523	"unnamed_Northern Rivers_24390"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33524	"unnamed_Northern Rivers_24391"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33525	"unnamed_Northern Rivers_24392"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33526	"unnamed_Northern Rivers_24393"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33527	"unnamed_Northern Rivers_24394"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33528	"unnamed_Northern Rivers_24395"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33529	"unnamed_Northern Rivers_24396"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33530	"unnamed_Northern Rivers_24397"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33531	"unnamed_Northern Rivers_24398"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33532	"unnamed_Northern Rivers_24399"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33533	"unnamed_Northern Rivers_24400"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33534	"unnamed_Northern Rivers_24401"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33535	"unnamed_Northern Rivers_24402"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33536	"unnamed_Northern Rivers_24403"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33537	"unnamed_Northern Rivers_24404"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33538	"unnamed_Northern Rivers_24405"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33539	"unnamed_Northern Rivers_24406"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33540	"unnamed_Northern Rivers_24407"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33541	"unnamed_Northern Rivers_24408"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33542	"unnamed_Northern Rivers_24409"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33543	"unnamed_Northern Rivers_24410"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33544	"unnamed_Northern Rivers_24411"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33545	"unnamed_Northern Rivers_24412"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33546	"unnamed_Northern Rivers_24413"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33547	"unnamed_Northern Rivers_24414"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33548	"unnamed_Northern Rivers_24415"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33549	"unnamed_Northern Rivers_24416"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33550	"unnamed_Northern Rivers_24417"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33551	"unnamed_Northern Rivers_24418"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33552	"unnamed_Northern Rivers_24419"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33553	"unnamed_Northern Rivers_24420"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33554	"unnamed_Northern Rivers_24421"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33555	"unnamed_Northern Rivers_24422"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33556	"unnamed_Northern Rivers_24423"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33557	"unnamed_Northern Rivers_24424"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33558	"unnamed_Northern Rivers_24425"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33559	"unnamed_Northern Rivers_24426"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33560	"unnamed_Northern Rivers_24427"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33561	"unnamed_Northern Rivers_24428"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33562	"unnamed_Northern Rivers_24429"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33563	"unnamed_Northern Rivers_24430"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33564	"unnamed_Northern Rivers_24431"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33565	"unnamed_Northern Rivers_24432"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33566	"unnamed_Northern Rivers_24433"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33567	"unnamed_Northern Rivers_24434"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33568	"unnamed_Northern Rivers_24435"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33569	"unnamed_Northern Rivers_24436"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33570	"unnamed_Northern Rivers_24437"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33571	"unnamed_Northern Rivers_24438"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33572	"unnamed_Northern Rivers_24439"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33573	"unnamed_Northern Rivers_24440"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33574	"unnamed_Northern Rivers_24441"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33575	"unnamed_Northern Rivers_24442"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33576	"unnamed_Northern Rivers_24443"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33577	"unnamed_Northern Rivers_24444"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33578	"unnamed_Northern Rivers_24445"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33579	"unnamed_Northern Rivers_24446"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33580	"unnamed_Northern Rivers_24447"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33581	"unnamed_Northern Rivers_24448"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33582	"unnamed_Northern Rivers_24449"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33583	"unnamed_Northern Rivers_24450"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33584	"unnamed_Northern Rivers_24451"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33585	"unnamed_Northern Rivers_24452"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33586	"unnamed_Northern Rivers_24453"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33587	"unnamed_Northern Rivers_24454"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33588	"unnamed_Northern Rivers_24455"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33589	"unnamed_Northern Rivers_24456"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33590	"unnamed_Northern Rivers_24457"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33591	"unnamed_Northern Rivers_24458"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33592	"unnamed_Northern Rivers_24459"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33593	"unnamed_Northern Rivers_24460"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33594	"unnamed_Northern Rivers_24461"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33595	"unnamed_Northern Rivers_24462"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33596	"unnamed_Northern Rivers_24463"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33597	"unnamed_Northern Rivers_24464"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33598	"unnamed_Northern Rivers_24465"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33599	"unnamed_Northern Rivers_24466"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33600	"unnamed_Northern Rivers_24467"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33601	"unnamed_Northern Rivers_24468"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33602	"unnamed_Northern Rivers_24469"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33603	"unnamed_Northern Rivers_24470"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33604	"unnamed_Northern Rivers_24471"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33605	"unnamed_Northern Rivers_24472"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33606	"unnamed_Northern Rivers_24473"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33607	"unnamed_Northern Rivers_24474"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33608	"unnamed_Northern Rivers_24475"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33609	"unnamed_Northern Rivers_24476"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33610	"unnamed_Northern Rivers_24477"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33611	"unnamed_Northern Rivers_24478"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33612	"unnamed_Northern Rivers_24479"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33613	"unnamed_Northern Rivers_24480"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33614	"unnamed_Northern Rivers_24481"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33615	"unnamed_Northern Rivers_24482"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33616	"unnamed_Northern Rivers_24483"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33617	"unnamed_Northern Rivers_24484"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33618	"unnamed_Northern Rivers_24485"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33619	"unnamed_Northern Rivers_24486"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33620	"unnamed_Northern Rivers_24487"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33621	"unnamed_Northern Rivers_24488"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33622	"unnamed_Northern Rivers_24489"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33623	"unnamed_Northern Rivers_24490"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33624	"unnamed_Northern Rivers_24491"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33625	"unnamed_Northern Rivers_24492"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33626	"unnamed_Northern Rivers_24493"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33627	"unnamed_Northern Rivers_24494"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33628	"unnamed_Northern Rivers_24495"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33629	"unnamed_Northern Rivers_24496"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33630	"unnamed_Northern Rivers_24497"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33631	"unnamed_Northern Rivers_24498"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33632	"unnamed_Northern Rivers_24499"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33633	"unnamed_Northern Rivers_24500"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33634	"unnamed_Northern Rivers_24501"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33635	"unnamed_Northern Rivers_24502"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33636	"unnamed_Northern Rivers_24503"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33637	"unnamed_Northern Rivers_24504"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33638	"unnamed_Northern Rivers_24505"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33640	"unnamed_Northern Rivers_24507"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33641	"unnamed_Northern Rivers_24508"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33642	"unnamed_Northern Rivers_24509"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33643	"unnamed_Northern Rivers_24510"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33644	"unnamed_Northern Rivers_24511"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33645	"unnamed_Northern Rivers_24512"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33646	"unnamed_Northern Rivers_24513"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33647	"unnamed_Northern Rivers_24514"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33648	"unnamed_Northern Rivers_24515"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33649	"unnamed_Northern Rivers_24516"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33650	"unnamed_Northern Rivers_24517"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33651	"unnamed_Northern Rivers_24518"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33652	"unnamed_Northern Rivers_24519"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33653	"unnamed_Northern Rivers_24520"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33654	"unnamed_Northern Rivers_24521"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33655	"unnamed_Northern Rivers_24522"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33656	"unnamed_Northern Rivers_24523"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33657	"unnamed_Northern Rivers_24524"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33658	"unnamed_Northern Rivers_24525"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33659	"unnamed_Northern Rivers_24526"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33660	"unnamed_Northern Rivers_24527"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33661	"unnamed_Northern Rivers_24528"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33662	"unnamed_Northern Rivers_24529"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33663	"unnamed_Northern Rivers_24530"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33665	"unnamed_Northern Rivers_24532"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33666	"unnamed_Northern Rivers_24533"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33668	"unnamed_Northern Rivers_24535"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33669	"unnamed_Northern Rivers_24536"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33670	"unnamed_Northern Rivers_24537"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33671	"unnamed_Northern Rivers_24538"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33672	"unnamed_Northern Rivers_24539"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33673	"unnamed_Northern Rivers_24540"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33674	"unnamed_Northern Rivers_24541"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33675	"unnamed_Northern Rivers_24542"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33676	"unnamed_Northern Rivers_24543"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33677	"unnamed_Northern Rivers_24544"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33678	"unnamed_Northern Rivers_24545"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33679	"unnamed_Northern Rivers_24546"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33680	"unnamed_Northern Rivers_24547"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33681	"unnamed_Northern Rivers_24548"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33682	"unnamed_Northern Rivers_24549"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33683	"unnamed_Northern Rivers_24550"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33684	"unnamed_Northern Rivers_24551"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33685	"unnamed_Northern Rivers_24552"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33686	"unnamed_Northern Rivers_24553"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33687	"unnamed_Northern Rivers_24554"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33689	"unnamed_Northern Rivers_24556"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33690	"unnamed_Northern Rivers_24557"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33691	"unnamed_Northern Rivers_24558"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33692	"unnamed_Northern Rivers_24559"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33693	"unnamed_Northern Rivers_24560"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33694	"unnamed_Northern Rivers_24561"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33695	"unnamed_Northern Rivers_24562"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33696	"unnamed_Northern Rivers_24563"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33697	"unnamed_Northern Rivers_24564"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33698	"unnamed_Northern Rivers_24565"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33699	"unnamed_Northern Rivers_24566"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33700	"unnamed_Northern Rivers_24567"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33701	"unnamed_Northern Rivers_24568"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33702	"unnamed_Northern Rivers_24569"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33703	"unnamed_Northern Rivers_24570"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33704	"unnamed_Northern Rivers_24571"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33705	"unnamed_Northern Rivers_24572"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33707	"unnamed_Northern Rivers_24574"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33708	"unnamed_Northern Rivers_24575"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33709	"unnamed_Northern Rivers_24576"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33712	"unnamed_Northern Rivers_24579"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33713	"unnamed_Northern Rivers_24580"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33715	"unnamed_Northern Rivers_24582"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33716	"unnamed_Northern Rivers_24583"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33718	"unnamed_Northern Rivers_24585"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33719	"unnamed_Northern Rivers_24586"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33722	"unnamed_Northern Rivers_24589"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33724	"unnamed_Northern Rivers_24591"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33725	"unnamed_Northern Rivers_24592"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33727	"unnamed_Northern Rivers_24594"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33735	"unnamed_Northern Rivers_24602"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33736	"unnamed_Northern Rivers_24603"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33737	"unnamed_Northern Rivers_24604"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33738	"unnamed_Northern Rivers_24605"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33739	"unnamed_Northern Rivers_24606"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33740	"unnamed_Northern Rivers_24607"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33741	"unnamed_Northern Rivers_24608"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33742	"unnamed_Northern Rivers_24609"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33744	"unnamed_Northern Rivers_24611"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33745	"unnamed_Northern Rivers_24612"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33746	"unnamed_Northern Rivers_24613"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33748	"unnamed_Northern Rivers_24615"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33750	"unnamed_Northern Rivers_24617"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33751	"unnamed_Northern Rivers_24618"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33752	"unnamed_Northern Rivers_24619"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33753	"unnamed_Northern Rivers_24620"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33754	"unnamed_Northern Rivers_24621"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33755	"unnamed_Northern Rivers_24622"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33756	"unnamed_Northern Rivers_24623"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33757	"unnamed_Northern Rivers_24624"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33758	"unnamed_Northern Rivers_24625"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33759	"unnamed_Northern Rivers_24626"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33760	"unnamed_Northern Rivers_24627"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33761	"unnamed_Northern Rivers_24628"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33762	"unnamed_Northern Rivers_24629"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33763	"unnamed_Northern Rivers_24630"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33764	"unnamed_Northern Rivers_24631"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33765	"unnamed_Northern Rivers_24632"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33766	"unnamed_Northern Rivers_24633"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33767	"unnamed_Northern Rivers_24634"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33768	"unnamed_Northern Rivers_24635"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33769	"unnamed_Northern Rivers_24636"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33770	"unnamed_Northern Rivers_24637"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33771	"unnamed_Northern Rivers_24638"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33772	"unnamed_Northern Rivers_24639"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33773	"unnamed_Northern Rivers_24640"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33774	"unnamed_Northern Rivers_24641"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33775	"unnamed_Northern Rivers_24642"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33776	"unnamed_Northern Rivers_24643"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33777	"unnamed_Northern Rivers_24644"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33778	"unnamed_Northern Rivers_24645"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33779	"unnamed_Northern Rivers_24646"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33780	"unnamed_Northern Rivers_24647"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33781	"unnamed_Northern Rivers_24648"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33782	"unnamed_Northern Rivers_24649"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33783	"unnamed_Northern Rivers_24650"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33784	"unnamed_Northern Rivers_24651"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33785	"unnamed_Northern Rivers_24652"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33786	"unnamed_Northern Rivers_24653"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33787	"unnamed_Northern Rivers_24654"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33788	"unnamed_Northern Rivers_24655"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33789	"unnamed_Northern Rivers_24656"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33790	"unnamed_Northern Rivers_24657"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33791	"unnamed_Northern Rivers_24658"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33792	"unnamed_Northern Rivers_24659"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33793	"unnamed_Northern Rivers_24660"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33794	"unnamed_Northern Rivers_24661"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33795	"unnamed_Northern Rivers_24662"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33796	"unnamed_Northern Rivers_24663"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33797	"unnamed_Northern Rivers_24664"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33798	"unnamed_Northern Rivers_24665"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33799	"unnamed_Northern Rivers_24666"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33800	"unnamed_Northern Rivers_24667"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33801	"unnamed_Northern Rivers_24668"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33802	"unnamed_Northern Rivers_24669"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33803	"unnamed_Northern Rivers_24670"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33804	"unnamed_Northern Rivers_24671"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33805	"unnamed_Northern Rivers_24672"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33806	"unnamed_Northern Rivers_24673"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33807	"unnamed_Northern Rivers_24674"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33808	"unnamed_Northern Rivers_24675"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33809	"unnamed_Northern Rivers_24676"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33810	"unnamed_Northern Rivers_24677"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33811	"unnamed_Northern Rivers_24678"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33812	"unnamed_Northern Rivers_24679"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33813	"unnamed_Northern Rivers_24680"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33814	"unnamed_Northern Rivers_24681"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33815	"unnamed_Northern Rivers_24682"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33816	"unnamed_Northern Rivers_24683"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33817	"unnamed_Northern Rivers_24684"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33818	"unnamed_Northern Rivers_24685"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33819	"unnamed_Northern Rivers_24686"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33820	"unnamed_Northern Rivers_24687"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33821	"unnamed_Northern Rivers_24688"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33822	"unnamed_Northern Rivers_24689"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33823	"unnamed_Northern Rivers_24690"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33824	"unnamed_Northern Rivers_24691"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33825	"unnamed_Northern Rivers_24692"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33826	"unnamed_Northern Rivers_24693"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33827	"unnamed_Northern Rivers_24694"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33828	"unnamed_Northern Rivers_24695"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33829	"unnamed_Northern Rivers_24696"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33830	"unnamed_Northern Rivers_24697"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33831	"unnamed_Northern Rivers_24698"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33832	"unnamed_Northern Rivers_24699"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33834	"unnamed_Northern Rivers_24701"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33835	"unnamed_Northern Rivers_24702"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33836	"unnamed_Northern Rivers_24703"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33837	"unnamed_Northern Rivers_24704"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33838	"unnamed_Northern Rivers_24705"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33839	"unnamed_Northern Rivers_24706"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33840	"unnamed_Northern Rivers_24707"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33841	"unnamed_Northern Rivers_24708"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33842	"unnamed_Northern Rivers_24709"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33843	"unnamed_Northern Rivers_24710"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33844	"unnamed_Northern Rivers_24711"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33845	"unnamed_Northern Rivers_24712"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33846	"unnamed_Northern Rivers_24713"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33847	"unnamed_Northern Rivers_24714"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33848	"unnamed_Northern Rivers_24715"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33849	"unnamed_Northern Rivers_24716"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33850	"unnamed_Northern Rivers_24717"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33851	"unnamed_Northern Rivers_24718"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33852	"unnamed_Northern Rivers_24719"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33853	"unnamed_Northern Rivers_24720"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33854	"unnamed_Northern Rivers_24721"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33855	"unnamed_Northern Rivers_24722"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33856	"unnamed_Northern Rivers_24723"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33857	"unnamed_Northern Rivers_24724"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33858	"unnamed_Northern Rivers_24725"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33859	"unnamed_Northern Rivers_24726"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33860	"unnamed_Northern Rivers_24727"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33861	"unnamed_Northern Rivers_24728"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33862	"unnamed_Northern Rivers_24729"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33863	"unnamed_Northern Rivers_24730"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33864	"unnamed_Northern Rivers_24731"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33865	"unnamed_Northern Rivers_24732"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33866	"unnamed_Northern Rivers_24733"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33867	"unnamed_Northern Rivers_24734"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33868	"unnamed_Northern Rivers_24735"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33869	"unnamed_Northern Rivers_24736"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33870	"unnamed_Northern Rivers_24737"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33871	"unnamed_Northern Rivers_24738"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33872	"unnamed_Northern Rivers_24739"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33873	"unnamed_Northern Rivers_24740"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33874	"unnamed_Northern Rivers_24741"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33875	"unnamed_Northern Rivers_24742"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33876	"unnamed_Northern Rivers_24743"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33877	"unnamed_Northern Rivers_24744"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33878	"unnamed_Northern Rivers_24745"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33879	"unnamed_Northern Rivers_24746"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33880	"unnamed_Northern Rivers_24747"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33881	"unnamed_Northern Rivers_24748"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33882	"unnamed_Northern Rivers_24749"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33883	"unnamed_Northern Rivers_24750"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33884	"unnamed_Northern Rivers_24751"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33885	"unnamed_Northern Rivers_24752"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33886	"unnamed_Northern Rivers_24753"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33887	"unnamed_Northern Rivers_24754"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33888	"unnamed_Northern Rivers_24755"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33889	"unnamed_Northern Rivers_24756"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33890	"unnamed_Northern Rivers_24757"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33891	"unnamed_Northern Rivers_24758"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33892	"unnamed_Northern Rivers_24759"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33893	"unnamed_Northern Rivers_24760"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33894	"unnamed_Northern Rivers_24761"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33895	"unnamed_Northern Rivers_24762"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33896	"unnamed_Northern Rivers_24763"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33897	"unnamed_Northern Rivers_24764"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33898	"unnamed_Northern Rivers_24765"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33899	"unnamed_Northern Rivers_24766"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33900	"unnamed_Northern Rivers_24767"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33901	"unnamed_Northern Rivers_24768"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33902	"unnamed_Northern Rivers_24769"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33903	"unnamed_Northern Rivers_24770"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33904	"unnamed_Northern Rivers_24771"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33905	"unnamed_Northern Rivers_24772"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33906	"unnamed_Northern Rivers_24773"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33907	"unnamed_Northern Rivers_24774"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33908	"unnamed_Northern Rivers_24775"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33909	"unnamed_Northern Rivers_24776"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33910	"unnamed_Northern Rivers_24777"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33911	"unnamed_Northern Rivers_24778"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33912	"unnamed_Northern Rivers_24779"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33913	"unnamed_Northern Rivers_24780"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33914	"unnamed_Northern Rivers_24781"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33915	"unnamed_Northern Rivers_24782"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33916	"unnamed_Northern Rivers_24783"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33917	"unnamed_Northern Rivers_24784"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33918	"unnamed_Northern Rivers_24785"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33919	"unnamed_Northern Rivers_24786"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33920	"unnamed_Northern Rivers_24787"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33921	"unnamed_Northern Rivers_24788"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33922	"unnamed_Northern Rivers_24789"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33923	"unnamed_Northern Rivers_24790"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33924	"unnamed_Northern Rivers_24791"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33925	"unnamed_Northern Rivers_24792"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33926	"unnamed_Northern Rivers_24793"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33927	"unnamed_Northern Rivers_24794"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33928	"unnamed_Northern Rivers_24795"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33929	"unnamed_Northern Rivers_24796"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33930	"unnamed_Northern Rivers_24797"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33931	"unnamed_Northern Rivers_24798"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33932	"unnamed_Northern Rivers_24799"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33933	"unnamed_Northern Rivers_24800"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33934	"unnamed_Northern Rivers_24801"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33935	"unnamed_Northern Rivers_24802"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33936	"unnamed_Northern Rivers_24803"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33937	"unnamed_Northern Rivers_24804"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33938	"unnamed_Northern Rivers_24805"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33939	"unnamed_Northern Rivers_24806"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33940	"unnamed_Northern Rivers_24807"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33941	"unnamed_Northern Rivers_24808"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33942	"unnamed_Northern Rivers_24809"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33943	"unnamed_Northern Rivers_24810"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33944	"unnamed_Northern Rivers_24811"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33945	"unnamed_Northern Rivers_24812"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33946	"unnamed_Northern Rivers_24813"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33947	"unnamed_Northern Rivers_24814"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33948	"unnamed_Northern Rivers_24815"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33949	"unnamed_Northern Rivers_24816"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33950	"unnamed_Northern Rivers_24817"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33951	"unnamed_Northern Rivers_24818"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33952	"unnamed_Northern Rivers_24819"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33953	"unnamed_Northern Rivers_24820"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33954	"unnamed_Northern Rivers_24821"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33955	"unnamed_Northern Rivers_24822"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33956	"unnamed_Northern Rivers_24823"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33957	"unnamed_Northern Rivers_24824"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33958	"unnamed_Northern Rivers_24825"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33959	"unnamed_Northern Rivers_24826"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33960	"unnamed_Northern Rivers_24827"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33961	"unnamed_Northern Rivers_24828"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33962	"unnamed_Northern Rivers_24829"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33963	"unnamed_Northern Rivers_24830"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33964	"unnamed_Northern Rivers_24831"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33965	"unnamed_Northern Rivers_24832"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33967	"unnamed_Northern Rivers_24834"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33969	"unnamed_Northern Rivers_24836"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33970	"unnamed_Northern Rivers_24837"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33992	"unnamed_Northern Rivers_24859"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33995	"unnamed_Northern Rivers_24862"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
33997	"unnamed_Northern Rivers_24864"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34000	"unnamed_Northern Rivers_24867"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34007	"unnamed_Northern Rivers_24874"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34008	"unnamed_Northern Rivers_24875"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34009	"unnamed_Northern Rivers_24876"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34010	"unnamed_Northern Rivers_24877"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34011	"unnamed_Northern Rivers_24878"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34012	"unnamed_Northern Rivers_24879"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34013	"unnamed_Northern Rivers_24880"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34014	"unnamed_Northern Rivers_24881"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34015	"unnamed_Northern Rivers_24882"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34016	"unnamed_Northern Rivers_24883"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34017	"unnamed_Northern Rivers_24884"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34018	"unnamed_Northern Rivers_24885"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34019	"unnamed_Northern Rivers_24886"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34020	"unnamed_Northern Rivers_24887"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34021	"unnamed_Northern Rivers_24888"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34022	"unnamed_Northern Rivers_24889"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34023	"unnamed_Northern Rivers_24890"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34024	"unnamed_Northern Rivers_24891"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34025	"unnamed_Northern Rivers_24892"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34026	"unnamed_Northern Rivers_24893"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34027	"unnamed_Northern Rivers_24894"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34028	"unnamed_Northern Rivers_24895"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34029	"unnamed_Northern Rivers_24896"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34030	"unnamed_Northern Rivers_24897"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34031	"unnamed_Northern Rivers_24898"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34032	"unnamed_Northern Rivers_24899"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34033	"unnamed_Northern Rivers_24900"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34034	"unnamed_Northern Rivers_24901"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34035	"unnamed_Northern Rivers_24902"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34036	"unnamed_Northern Rivers_24903"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34037	"unnamed_Northern Rivers_24904"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34038	"unnamed_Northern Rivers_24905"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34039	"unnamed_Northern Rivers_24906"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34040	"unnamed_Northern Rivers_24907"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34041	"unnamed_Northern Rivers_24908"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34042	"unnamed_Northern Rivers_24909"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34043	"unnamed_Northern Rivers_24910"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34044	"unnamed_Northern Rivers_24911"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34045	"unnamed_Northern Rivers_24912"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34046	"unnamed_Northern Rivers_24913"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34047	"unnamed_Northern Rivers_24914"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34048	"unnamed_Northern Rivers_24915"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34049	"unnamed_Northern Rivers_24916"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34050	"unnamed_Northern Rivers_24917"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34051	"unnamed_Northern Rivers_24918"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34052	"unnamed_Northern Rivers_24919"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34053	"unnamed_Northern Rivers_24920"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34054	"unnamed_Northern Rivers_24921"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34055	"unnamed_Northern Rivers_24922"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34056	"unnamed_Northern Rivers_24923"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34057	"unnamed_Northern Rivers_24924"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34058	"unnamed_Northern Rivers_24925"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34059	"unnamed_Northern Rivers_24926"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34060	"unnamed_Northern Rivers_24927"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34061	"unnamed_Northern Rivers_24928"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34062	"unnamed_Northern Rivers_24929"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34063	"unnamed_Northern Rivers_24930"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34064	"unnamed_Northern Rivers_24931"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34065	"unnamed_Northern Rivers_24932"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34066	"unnamed_Northern Rivers_24933"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34067	"unnamed_Northern Rivers_24934"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34068	"unnamed_Northern Rivers_24935"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34069	"unnamed_Northern Rivers_24936"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34070	"unnamed_Northern Rivers_24937"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34071	"unnamed_Northern Rivers_24938"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34072	"unnamed_Northern Rivers_24939"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34073	"unnamed_Northern Rivers_24940"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34074	"unnamed_Northern Rivers_24941"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34075	"unnamed_Northern Rivers_24942"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34076	"unnamed_Northern Rivers_24943"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34077	"unnamed_Northern Rivers_24944"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34078	"unnamed_Northern Rivers_24945"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34079	"unnamed_Northern Rivers_24946"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34080	"unnamed_Northern Rivers_24947"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34081	"unnamed_Northern Rivers_24948"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34082	"unnamed_Northern Rivers_24949"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34083	"unnamed_Northern Rivers_24950"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34084	"unnamed_Northern Rivers_24951"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34085	"unnamed_Northern Rivers_24952"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34086	"unnamed_Northern Rivers_24953"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34087	"unnamed_Northern Rivers_24954"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34088	"unnamed_Northern Rivers_24955"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34089	"unnamed_Northern Rivers_24956"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34090	"unnamed_Northern Rivers_24957"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34091	"unnamed_Northern Rivers_24958"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34092	"unnamed_Northern Rivers_24959"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34093	"unnamed_Northern Rivers_24960"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34094	"unnamed_Northern Rivers_24961"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34095	"unnamed_Northern Rivers_24962"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34096	"unnamed_Northern Rivers_24963"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34097	"unnamed_Northern Rivers_24964"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34098	"unnamed_Northern Rivers_24965"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34099	"unnamed_Northern Rivers_24966"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34100	"unnamed_Northern Rivers_24967"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34101	"unnamed_Northern Rivers_24968"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34102	"unnamed_Northern Rivers_24969"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34103	"unnamed_Northern Rivers_24970"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34104	"unnamed_Northern Rivers_24971"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34105	"unnamed_Northern Rivers_24972"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34106	"unnamed_Northern Rivers_24973"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34107	"unnamed_Northern Rivers_24974"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34108	"unnamed_Northern Rivers_24975"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34109	"unnamed_Northern Rivers_24976"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34110	"unnamed_Northern Rivers_24977"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34111	"unnamed_Northern Rivers_24978"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34112	"unnamed_Northern Rivers_24979"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34113	"unnamed_Northern Rivers_24980"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34114	"unnamed_Northern Rivers_24981"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34115	"unnamed_Northern Rivers_24982"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34116	"unnamed_Northern Rivers_24983"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34117	"unnamed_Northern Rivers_24984"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34118	"unnamed_Northern Rivers_24985"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34119	"unnamed_Northern Rivers_24986"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34120	"unnamed_Northern Rivers_24987"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34121	"unnamed_Northern Rivers_24988"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34122	"unnamed_Northern Rivers_24989"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34123	"unnamed_Northern Rivers_24990"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34124	"unnamed_Northern Rivers_24991"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34126	"unnamed_Northern Rivers_24993"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34127	"unnamed_Northern Rivers_24994"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34128	"unnamed_Northern Rivers_24995"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34129	"unnamed_Northern Rivers_24996"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34130	"unnamed_Northern Rivers_24997"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34132	"unnamed_Northern Rivers_24999"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34134	"unnamed_Northern Rivers_25001"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34135	"unnamed_Northern Rivers_25002"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34136	"unnamed_Northern Rivers_25003"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34137	"unnamed_Northern Rivers_25004"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34138	"unnamed_Northern Rivers_25005"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34139	"unnamed_Northern Rivers_25006"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34140	"unnamed_Northern Rivers_25007"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34141	"unnamed_Northern Rivers_25008"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34142	"unnamed_Northern Rivers_25009"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34143	"unnamed_Northern Rivers_25010"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34144	"unnamed_Northern Rivers_25011"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34145	"unnamed_Northern Rivers_25012"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34146	"unnamed_Northern Rivers_25013"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34147	"unnamed_Northern Rivers_25014"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34148	"unnamed_Northern Rivers_25015"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34149	"unnamed_Northern Rivers_25016"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34150	"unnamed_Northern Rivers_25017"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34151	"unnamed_Northern Rivers_25018"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34152	"unnamed_Northern Rivers_25019"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34153	"unnamed_Northern Rivers_25020"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34154	"unnamed_Northern Rivers_25021"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34155	"unnamed_Northern Rivers_25022"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34156	"unnamed_Northern Rivers_25023"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34157	"unnamed_Northern Rivers_25024"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34158	"unnamed_Northern Rivers_25025"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34159	"unnamed_Northern Rivers_25026"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34160	"unnamed_Northern Rivers_25027"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34161	"unnamed_Northern Rivers_25028"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34162	"unnamed_Northern Rivers_25029"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34163	"unnamed_Northern Rivers_25030"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34164	"unnamed_Northern Rivers_25031"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34165	"unnamed_Northern Rivers_25032"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34166	"unnamed_Northern Rivers_25033"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34167	"unnamed_Northern Rivers_25034"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34168	"unnamed_Northern Rivers_25035"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34169	"unnamed_Northern Rivers_25036"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34170	"unnamed_Northern Rivers_25037"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34171	"unnamed_Northern Rivers_25038"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34172	"unnamed_Northern Rivers_25039"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34173	"unnamed_Northern Rivers_25040"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34174	"unnamed_Northern Rivers_25041"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34175	"unnamed_Northern Rivers_25042"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34176	"unnamed_Northern Rivers_25043"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34177	"unnamed_Northern Rivers_25044"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34178	"unnamed_Northern Rivers_25045"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34179	"unnamed_Northern Rivers_25046"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34180	"unnamed_Northern Rivers_25047"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34181	"unnamed_Northern Rivers_25048"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34182	"unnamed_Northern Rivers_25049"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34183	"unnamed_Northern Rivers_25050"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34184	"unnamed_Northern Rivers_25051"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34185	"unnamed_Northern Rivers_25052"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34186	"unnamed_Northern Rivers_25053"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34187	"unnamed_Northern Rivers_25054"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34188	"unnamed_Northern Rivers_25055"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34189	"unnamed_Northern Rivers_25056"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34190	"unnamed_Northern Rivers_25057"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34191	"unnamed_Northern Rivers_25058"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34192	"unnamed_Northern Rivers_25059"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34193	"unnamed_Northern Rivers_25060"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34194	"unnamed_Northern Rivers_25061"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34195	"unnamed_Northern Rivers_25062"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34196	"unnamed_Northern Rivers_25063"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34197	"unnamed_Northern Rivers_25064"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34198	"unnamed_Northern Rivers_25065"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34199	"unnamed_Northern Rivers_25066"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34200	"unnamed_Northern Rivers_25067"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34201	"unnamed_Northern Rivers_25068"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34202	"unnamed_Northern Rivers_25069"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34203	"unnamed_Northern Rivers_25070"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34204	"unnamed_Northern Rivers_25071"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34205	"unnamed_Northern Rivers_25072"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34206	"unnamed_Northern Rivers_25073"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34207	"unnamed_Northern Rivers_25074"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34208	"unnamed_Northern Rivers_25075"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34209	"unnamed_Northern Rivers_25076"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34210	"unnamed_Northern Rivers_25077"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34211	"unnamed_Northern Rivers_25078"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34212	"unnamed_Northern Rivers_25079"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34213	"unnamed_Northern Rivers_25080"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34214	"unnamed_Northern Rivers_25081"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34215	"unnamed_Northern Rivers_25082"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34216	"unnamed_Northern Rivers_25083"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34217	"unnamed_Northern Rivers_25084"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34218	"unnamed_Northern Rivers_25085"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34219	"unnamed_Northern Rivers_25086"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34220	"unnamed_Northern Rivers_25087"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34221	"unnamed_Northern Rivers_25088"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34222	"unnamed_Northern Rivers_25089"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34223	"unnamed_Northern Rivers_25090"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34224	"unnamed_Northern Rivers_25091"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34225	"unnamed_Northern Rivers_25092"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34226	"unnamed_Northern Rivers_25093"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34227	"unnamed_Northern Rivers_25094"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34228	"unnamed_Northern Rivers_25095"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34229	"unnamed_Northern Rivers_25096"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34230	"unnamed_Northern Rivers_25097"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34231	"unnamed_Northern Rivers_25098"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34232	"unnamed_Northern Rivers_25099"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34233	"unnamed_Northern Rivers_25100"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34234	"unnamed_Northern Rivers_25101"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34235	"unnamed_Northern Rivers_25102"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34236	"unnamed_Northern Rivers_25103"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34237	"unnamed_Northern Rivers_25104"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34238	"unnamed_Northern Rivers_25105"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34239	"unnamed_Northern Rivers_25106"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34240	"unnamed_Northern Rivers_25107"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34241	"unnamed_Northern Rivers_25108"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34242	"unnamed_Northern Rivers_25109"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34243	"unnamed_Northern Rivers_25110"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34246	"unnamed_Northern Rivers_25113"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34247	"unnamed_Northern Rivers_25114"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34248	"unnamed_Northern Rivers_25115"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34249	"unnamed_Northern Rivers_25116"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34250	"unnamed_Northern Rivers_25117"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34251	"unnamed_Northern Rivers_25118"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34252	"unnamed_Northern Rivers_25119"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34253	"unnamed_Northern Rivers_25120"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34254	"unnamed_Northern Rivers_25121"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34255	"unnamed_Northern Rivers_25122"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34256	"unnamed_Northern Rivers_25123"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34257	"unnamed_Northern Rivers_25124"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34258	"unnamed_Northern Rivers_25125"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34259	"unnamed_Northern Rivers_25126"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34260	"unnamed_Northern Rivers_25127"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34261	"unnamed_Northern Rivers_25128"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34262	"unnamed_Northern Rivers_25129"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34263	"unnamed_Northern Rivers_25130"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34264	"unnamed_Northern Rivers_25131"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34265	"unnamed_Northern Rivers_25132"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34266	"unnamed_Northern Rivers_25133"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34267	"unnamed_Northern Rivers_25134"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34268	"unnamed_Northern Rivers_25135"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34269	"unnamed_Northern Rivers_25136"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34270	"unnamed_Northern Rivers_25137"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34271	"unnamed_Northern Rivers_25138"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34272	"unnamed_Northern Rivers_25139"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34273	"unnamed_Northern Rivers_25140"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34274	"unnamed_Northern Rivers_25141"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34275	"unnamed_Northern Rivers_25142"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34276	"unnamed_Northern Rivers_25143"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34277	"unnamed_Northern Rivers_25144"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34278	"unnamed_Northern Rivers_25145"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34279	"unnamed_Northern Rivers_25146"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34280	"unnamed_Northern Rivers_25147"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34281	"unnamed_Northern Rivers_25148"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34282	"unnamed_Northern Rivers_25149"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34283	"unnamed_Northern Rivers_25150"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34284	"unnamed_Northern Rivers_25151"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34285	"unnamed_Northern Rivers_25152"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34286	"unnamed_Northern Rivers_25153"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34287	"unnamed_Northern Rivers_25154"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34288	"unnamed_Northern Rivers_25155"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34289	"unnamed_Northern Rivers_25156"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34290	"unnamed_Northern Rivers_25157"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34291	"unnamed_Northern Rivers_25158"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34292	"unnamed_Northern Rivers_25159"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34293	"unnamed_Northern Rivers_25160"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34294	"unnamed_Northern Rivers_25161"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34295	"unnamed_Northern Rivers_25162"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34296	"unnamed_Northern Rivers_25163"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34297	"unnamed_Northern Rivers_25164"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34298	"unnamed_Northern Rivers_25165"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34299	"unnamed_Northern Rivers_25166"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34300	"unnamed_Northern Rivers_25167"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34301	"unnamed_Northern Rivers_25168"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34302	"unnamed_Northern Rivers_25169"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34303	"unnamed_Northern Rivers_25170"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34304	"unnamed_Northern Rivers_25171"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34305	"unnamed_Northern Rivers_25172"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34306	"unnamed_Northern Rivers_25173"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34307	"unnamed_Northern Rivers_25174"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34308	"unnamed_Northern Rivers_25175"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34309	"unnamed_Northern Rivers_25176"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34310	"unnamed_Northern Rivers_25177"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34311	"unnamed_Northern Rivers_25178"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34312	"unnamed_Northern Rivers_25179"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34313	"unnamed_Northern Rivers_25180"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34314	"unnamed_Northern Rivers_25181"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34315	"unnamed_Northern Rivers_25182"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34316	"unnamed_Northern Rivers_25183"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34317	"unnamed_Northern Rivers_25184"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34318	"unnamed_Northern Rivers_25185"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34319	"unnamed_Northern Rivers_25186"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34320	"unnamed_Northern Rivers_25187"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34321	"unnamed_Northern Rivers_25188"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34322	"unnamed_Northern Rivers_25189"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34323	"unnamed_Northern Rivers_25190"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34324	"unnamed_Northern Rivers_25191"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34325	"unnamed_Northern Rivers_25192"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34326	"unnamed_Northern Rivers_25193"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34327	"unnamed_Northern Rivers_25194"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34328	"unnamed_Northern Rivers_25195"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34329	"unnamed_Northern Rivers_25196"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34330	"unnamed_Northern Rivers_25197"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34331	"unnamed_Northern Rivers_25198"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34332	"unnamed_Northern Rivers_25199"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34333	"unnamed_Northern Rivers_25200"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34334	"unnamed_Northern Rivers_25201"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34335	"unnamed_Northern Rivers_25202"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34336	"unnamed_Northern Rivers_25203"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34337	"unnamed_Northern Rivers_25204"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34338	"unnamed_Northern Rivers_25205"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34339	"unnamed_Northern Rivers_25206"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34340	"unnamed_Northern Rivers_25207"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34341	"unnamed_Northern Rivers_25208"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34342	"unnamed_Northern Rivers_25209"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34343	"unnamed_Northern Rivers_25210"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34344	"unnamed_Northern Rivers_25211"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34345	"unnamed_Northern Rivers_25212"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34346	"unnamed_Northern Rivers_25213"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34347	"unnamed_Northern Rivers_25214"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34348	"unnamed_Northern Rivers_25215"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34349	"unnamed_Northern Rivers_25216"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34350	"unnamed_Northern Rivers_25217"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34351	"unnamed_Northern Rivers_25218"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34352	"unnamed_Northern Rivers_25219"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34353	"unnamed_Northern Rivers_25220"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34354	"unnamed_Northern Rivers_25221"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34355	"unnamed_Northern Rivers_25222"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34356	"unnamed_Northern Rivers_25223"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34357	"unnamed_Northern Rivers_25224"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34358	"unnamed_Northern Rivers_25225"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34359	"unnamed_Northern Rivers_25226"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34360	"unnamed_Northern Rivers_25227"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34361	"unnamed_Northern Rivers_25228"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34362	"unnamed_Northern Rivers_25229"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34363	"unnamed_Northern Rivers_25230"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34364	"unnamed_Northern Rivers_25231"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34365	"unnamed_Northern Rivers_25232"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34366	"unnamed_Northern Rivers_25233"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34367	"unnamed_Northern Rivers_25234"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34368	"unnamed_Northern Rivers_25235"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34369	"unnamed_Northern Rivers_25236"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34370	"unnamed_Northern Rivers_25237"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34371	"unnamed_Northern Rivers_25238"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34372	"unnamed_Northern Rivers_25239"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34373	"unnamed_Northern Rivers_25240"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34374	"unnamed_Northern Rivers_25241"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34375	"unnamed_Northern Rivers_25242"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34376	"unnamed_Northern Rivers_25243"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34377	"unnamed_Northern Rivers_25244"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34378	"unnamed_Northern Rivers_25245"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34379	"unnamed_Northern Rivers_25246"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34380	"unnamed_Northern Rivers_25247"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34381	"unnamed_Northern Rivers_25248"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34382	"unnamed_Northern Rivers_25249"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34383	"unnamed_Northern Rivers_25250"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34384	"unnamed_Northern Rivers_25251"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34385	"unnamed_Northern Rivers_25252"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34386	"unnamed_Northern Rivers_25253"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34387	"unnamed_Northern Rivers_25254"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34388	"unnamed_Northern Rivers_25255"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34389	"unnamed_Northern Rivers_25256"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34390	"unnamed_Northern Rivers_25257"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34391	"unnamed_Northern Rivers_25258"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34392	"unnamed_Northern Rivers_25259"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34393	"unnamed_Northern Rivers_25260"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34394	"unnamed_Northern Rivers_25261"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34395	"unnamed_Northern Rivers_25262"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34396	"unnamed_Northern Rivers_25263"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34397	"unnamed_Northern Rivers_25264"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34398	"unnamed_Northern Rivers_25265"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34399	"unnamed_Northern Rivers_25266"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34400	"unnamed_Northern Rivers_25267"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34401	"unnamed_Northern Rivers_25268"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34402	"unnamed_Northern Rivers_25269"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34403	"unnamed_Northern Rivers_25270"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34404	"unnamed_Northern Rivers_25271"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34405	"unnamed_Northern Rivers_25272"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34406	"unnamed_Northern Rivers_25273"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34407	"unnamed_Northern Rivers_25274"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34408	"unnamed_Northern Rivers_25275"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34409	"unnamed_Northern Rivers_25276"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34410	"unnamed_Northern Rivers_25277"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34411	"unnamed_Northern Rivers_25278"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34412	"unnamed_Northern Rivers_25279"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34413	"unnamed_Northern Rivers_25280"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34414	"unnamed_Northern Rivers_25281"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34415	"unnamed_Northern Rivers_25282"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34416	"unnamed_Northern Rivers_25283"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34417	"unnamed_Northern Rivers_25284"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34418	"unnamed_Northern Rivers_25285"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34419	"unnamed_Northern Rivers_25286"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34420	"unnamed_Northern Rivers_25287"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34421	"unnamed_Northern Rivers_25288"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34422	"unnamed_Northern Rivers_25289"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34423	"unnamed_Northern Rivers_25290"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34424	"unnamed_Northern Rivers_25291"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34425	"unnamed_Northern Rivers_25292"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34428	"unnamed_Northern Rivers_25295"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34429	"unnamed_Northern Rivers_25296"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34430	"unnamed_Northern Rivers_25297"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34431	"unnamed_Northern Rivers_25298"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34432	"unnamed_Northern Rivers_25299"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34433	"unnamed_Northern Rivers_25300"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34434	"unnamed_Northern Rivers_25301"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34435	"unnamed_Northern Rivers_25302"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34436	"unnamed_Northern Rivers_25303"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34437	"unnamed_Northern Rivers_25304"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34438	"unnamed_Northern Rivers_25305"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34439	"unnamed_Northern Rivers_25306"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34440	"unnamed_Northern Rivers_25307"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34441	"unnamed_Northern Rivers_25308"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34442	"unnamed_Northern Rivers_25309"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34443	"unnamed_Northern Rivers_25310"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34444	"unnamed_Northern Rivers_25311"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34445	"unnamed_Northern Rivers_25312"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34446	"unnamed_Northern Rivers_25313"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34447	"unnamed_Northern Rivers_25314"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34448	"unnamed_Northern Rivers_25315"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34449	"unnamed_Northern Rivers_25316"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34450	"unnamed_Northern Rivers_25317"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34451	"unnamed_Northern Rivers_25318"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34452	"unnamed_Northern Rivers_25319"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34454	"unnamed_Northern Rivers_25321"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34455	"unnamed_Northern Rivers_25322"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34456	"unnamed_Northern Rivers_25323"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34457	"unnamed_Northern Rivers_25324"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34458	"unnamed_Northern Rivers_25325"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34459	"unnamed_Northern Rivers_25326"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34460	"unnamed_Northern Rivers_25327"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34461	"unnamed_Northern Rivers_25328"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34462	"unnamed_Northern Rivers_25329"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34463	"unnamed_Northern Rivers_25330"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34464	"unnamed_Northern Rivers_25331"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34465	"unnamed_Northern Rivers_25332"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34466	"unnamed_Northern Rivers_25333"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34467	"unnamed_Northern Rivers_25334"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34468	"unnamed_Northern Rivers_25335"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34469	"unnamed_Northern Rivers_25336"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34470	"unnamed_Northern Rivers_25337"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34471	"unnamed_Northern Rivers_25338"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34472	"unnamed_Northern Rivers_25339"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34473	"unnamed_Northern Rivers_25340"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34474	"unnamed_Northern Rivers_25341"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34475	"unnamed_Northern Rivers_25342"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34476	"unnamed_Northern Rivers_25343"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34477	"unnamed_Northern Rivers_25344"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34478	"unnamed_Northern Rivers_25345"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34479	"unnamed_Northern Rivers_25346"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34480	"unnamed_Northern Rivers_25347"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34481	"unnamed_Northern Rivers_25348"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34482	"unnamed_Northern Rivers_25349"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34483	"unnamed_Northern Rivers_25350"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34484	"unnamed_Northern Rivers_25351"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34485	"unnamed_Northern Rivers_25352"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34486	"unnamed_Northern Rivers_25353"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34487	"unnamed_Northern Rivers_25354"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34488	"unnamed_Northern Rivers_25355"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34489	"unnamed_Northern Rivers_25356"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34490	"unnamed_Northern Rivers_25357"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34491	"unnamed_Northern Rivers_25358"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34492	"unnamed_Northern Rivers_25359"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34493	"unnamed_Northern Rivers_25360"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34494	"unnamed_Northern Rivers_25361"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34495	"unnamed_Northern Rivers_25362"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34496	"unnamed_Northern Rivers_25363"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34497	"unnamed_Northern Rivers_25364"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34498	"unnamed_Northern Rivers_25365"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34499	"unnamed_Northern Rivers_25366"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34500	"unnamed_Northern Rivers_25367"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34501	"unnamed_Northern Rivers_25368"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34502	"unnamed_Northern Rivers_25369"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34503	"unnamed_Northern Rivers_25370"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34504	"unnamed_Northern Rivers_25371"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34505	"unnamed_Northern Rivers_25372"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34506	"unnamed_Northern Rivers_25373"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34507	"unnamed_Northern Rivers_25374"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34508	"unnamed_Northern Rivers_25375"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34509	"unnamed_Northern Rivers_25376"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34510	"unnamed_Northern Rivers_25377"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34511	"unnamed_Northern Rivers_25378"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34512	"unnamed_Northern Rivers_25379"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34513	"unnamed_Northern Rivers_25380"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34514	"unnamed_Northern Rivers_25381"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34515	"unnamed_Northern Rivers_25382"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34516	"unnamed_Northern Rivers_25383"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34517	"unnamed_Northern Rivers_25384"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34518	"unnamed_Northern Rivers_25385"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34519	"unnamed_Northern Rivers_25386"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34520	"unnamed_Northern Rivers_25387"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34521	"unnamed_Northern Rivers_25388"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34522	"unnamed_Northern Rivers_25389"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34523	"unnamed_Northern Rivers_25390"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34524	"unnamed_Northern Rivers_25391"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34525	"unnamed_Northern Rivers_25392"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34526	"unnamed_Northern Rivers_25393"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34527	"unnamed_Northern Rivers_25394"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34528	"unnamed_Northern Rivers_25395"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34529	"unnamed_Northern Rivers_25396"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34530	"unnamed_Northern Rivers_25397"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34531	"unnamed_Northern Rivers_25398"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34532	"unnamed_Northern Rivers_25399"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34533	"unnamed_Northern Rivers_25400"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34534	"unnamed_Northern Rivers_25401"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34535	"unnamed_Northern Rivers_25402"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34536	"unnamed_Northern Rivers_25403"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34537	"unnamed_Northern Rivers_25404"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34538	"unnamed_Northern Rivers_25405"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34539	"unnamed_Northern Rivers_25406"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34540	"unnamed_Northern Rivers_25407"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34541	"unnamed_Northern Rivers_25408"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34542	"unnamed_Northern Rivers_25409"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34543	"unnamed_Northern Rivers_25410"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34544	"unnamed_Northern Rivers_25411"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34545	"unnamed_Northern Rivers_25412"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34546	"unnamed_Northern Rivers_25413"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34547	"unnamed_Northern Rivers_25414"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34548	"unnamed_Northern Rivers_25415"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34549	"unnamed_Northern Rivers_25416"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34550	"unnamed_Northern Rivers_25417"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34551	"unnamed_Northern Rivers_25418"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34552	"unnamed_Northern Rivers_25419"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34553	"unnamed_Northern Rivers_25420"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34554	"unnamed_Northern Rivers_25421"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34555	"unnamed_Northern Rivers_25422"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34556	"unnamed_Northern Rivers_25423"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34557	"unnamed_Northern Rivers_25424"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34558	"unnamed_Northern Rivers_25425"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34559	"unnamed_Northern Rivers_25426"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34560	"unnamed_Northern Rivers_25427"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34561	"unnamed_Northern Rivers_25428"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34562	"unnamed_Northern Rivers_25429"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34563	"unnamed_Northern Rivers_25430"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34564	"unnamed_Northern Rivers_25431"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34565	"unnamed_Northern Rivers_25432"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34566	"unnamed_Northern Rivers_25433"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34567	"unnamed_Northern Rivers_25434"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34568	"unnamed_Northern Rivers_25435"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34569	"unnamed_Northern Rivers_25436"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34570	"unnamed_Northern Rivers_25437"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34571	"unnamed_Northern Rivers_25438"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34573	"unnamed_Northern Rivers_25440"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34574	"unnamed_Northern Rivers_25441"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34579	"unnamed_Northern Rivers_25446"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34580	"unnamed_Northern Rivers_25447"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34581	"unnamed_Northern Rivers_25448"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34582	"unnamed_Northern Rivers_25449"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34584	"unnamed_Northern Rivers_25451"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34585	"unnamed_Northern Rivers_25452"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34586	"unnamed_Northern Rivers_25453"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34590	"unnamed_Northern Rivers_25457"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34592	"unnamed_Northern Rivers_25459"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34597	"unnamed_Northern Rivers_25464"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34602	"unnamed_Northern Rivers_25469"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34603	"unnamed_Northern Rivers_25470"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34604	"unnamed_Northern Rivers_25471"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34605	"unnamed_Northern Rivers_25472"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34606	"unnamed_Northern Rivers_25473"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34607	"unnamed_Northern Rivers_25474"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34608	"unnamed_Northern Rivers_25475"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34609	"unnamed_Northern Rivers_25476"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34610	"unnamed_Northern Rivers_25477"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34616	"unnamed_Northern Rivers_25483"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34620	"unnamed_Northern Rivers_25487"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34679	"unnamed_Northern Rivers_25546"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34681	"unnamed_Northern Rivers_25548"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34682	"unnamed_Northern Rivers_25549"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34683	"unnamed_Northern Rivers_25550"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34684	"unnamed_Northern Rivers_25551"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34685	"unnamed_Northern Rivers_25552"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34686	"unnamed_Northern Rivers_25553"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34687	"unnamed_Northern Rivers_25554"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34688	"unnamed_Northern Rivers_25555"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34689	"unnamed_Northern Rivers_25556"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34690	"unnamed_Northern Rivers_25557"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34691	"unnamed_Northern Rivers_25558"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34692	"unnamed_Northern Rivers_25559"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34693	"unnamed_Northern Rivers_25560"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34694	"unnamed_Northern Rivers_25561"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34695	"unnamed_Northern Rivers_25562"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34696	"unnamed_Northern Rivers_25563"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34697	"unnamed_Northern Rivers_25564"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34698	"unnamed_Northern Rivers_25565"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34699	"unnamed_Northern Rivers_25566"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34700	"unnamed_Northern Rivers_25567"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34701	"unnamed_Northern Rivers_25568"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34702	"unnamed_Northern Rivers_25569"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34703	"unnamed_Northern Rivers_25570"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34704	"unnamed_Northern Rivers_25571"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34705	"unnamed_Northern Rivers_25572"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34706	"unnamed_Northern Rivers_25573"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34707	"unnamed_Northern Rivers_25574"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34708	"unnamed_Northern Rivers_25575"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34709	"unnamed_Northern Rivers_25576"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34710	"unnamed_Northern Rivers_25577"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34711	"unnamed_Northern Rivers_25578"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34712	"unnamed_Northern Rivers_25579"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34713	"unnamed_Northern Rivers_25580"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34714	"unnamed_Northern Rivers_25581"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34715	"unnamed_Northern Rivers_25582"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34716	"unnamed_Northern Rivers_25583"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34717	"unnamed_Northern Rivers_25584"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34718	"unnamed_Northern Rivers_25585"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34719	"unnamed_Northern Rivers_25586"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34720	"unnamed_Northern Rivers_25587"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34721	"unnamed_Northern Rivers_25588"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34722	"unnamed_Northern Rivers_25589"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34723	"unnamed_Northern Rivers_25590"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34724	"unnamed_Northern Rivers_25591"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34725	"unnamed_Northern Rivers_25592"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34726	"unnamed_Northern Rivers_25593"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34727	"unnamed_Northern Rivers_25594"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34728	"unnamed_Northern Rivers_25595"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34729	"unnamed_Northern Rivers_25596"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34730	"unnamed_Northern Rivers_25597"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34731	"unnamed_Northern Rivers_25598"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34733	"unnamed_Northern Rivers_25600"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34734	"unnamed_Northern Rivers_25601"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34735	"unnamed_Northern Rivers_25602"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34736	"unnamed_Northern Rivers_25603"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34737	"unnamed_Northern Rivers_25604"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34738	"unnamed_Northern Rivers_25605"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34739	"unnamed_Northern Rivers_25606"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34740	"unnamed_Northern Rivers_25607"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34741	"unnamed_Northern Rivers_25608"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34742	"unnamed_Northern Rivers_25609"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34744	"unnamed_Northern Rivers_25611"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34745	"unnamed_Northern Rivers_25612"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34746	"unnamed_Northern Rivers_25613"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34747	"unnamed_Northern Rivers_25614"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34748	"unnamed_Northern Rivers_25615"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34749	"unnamed_Northern Rivers_25616"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34750	"unnamed_Northern Rivers_25617"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34751	"unnamed_Northern Rivers_25618"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34752	"unnamed_Northern Rivers_25619"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34753	"unnamed_Northern Rivers_25620"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34754	"unnamed_Northern Rivers_25621"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34755	"unnamed_Northern Rivers_25622"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34756	"unnamed_Northern Rivers_25623"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34757	"unnamed_Northern Rivers_25624"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34758	"unnamed_Northern Rivers_25625"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34759	"unnamed_Northern Rivers_25626"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34760	"unnamed_Northern Rivers_25627"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34761	"unnamed_Northern Rivers_25628"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34762	"unnamed_Northern Rivers_25629"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34763	"unnamed_Northern Rivers_25630"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34764	"unnamed_Northern Rivers_25631"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34772	"unnamed_Northern Rivers_25639"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34773	"unnamed_Northern Rivers_25640"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34774	"unnamed_Northern Rivers_25641"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34775	"unnamed_Northern Rivers_25642"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34776	"unnamed_Northern Rivers_25643"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34777	"unnamed_Northern Rivers_25644"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34779	"unnamed_Northern Rivers_25646"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34780	"unnamed_Northern Rivers_25647"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34781	"unnamed_Northern Rivers_25648"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34782	"unnamed_Northern Rivers_25649"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34783	"unnamed_Northern Rivers_25650"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34784	"unnamed_Northern Rivers_25651"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34785	"unnamed_Northern Rivers_25652"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34786	"unnamed_Northern Rivers_25653"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34787	"unnamed_Northern Rivers_25654"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34788	"unnamed_Northern Rivers_25655"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34789	"unnamed_Northern Rivers_25656"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34790	"unnamed_Northern Rivers_25657"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34792	"unnamed_Northern Rivers_25659"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34793	"unnamed_Northern Rivers_25660"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34794	"unnamed_Northern Rivers_25661"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34795	"unnamed_Northern Rivers_25662"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34796	"unnamed_Northern Rivers_25663"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34797	"unnamed_Northern Rivers_25664"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34798	"unnamed_Northern Rivers_25665"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34799	"unnamed_Northern Rivers_25666"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34800	"unnamed_Northern Rivers_25667"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34801	"unnamed_Northern Rivers_25668"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34802	"unnamed_Northern Rivers_25669"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34803	"unnamed_Northern Rivers_25670"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34804	"unnamed_Northern Rivers_25671"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34805	"unnamed_Northern Rivers_25672"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34806	"unnamed_Northern Rivers_25673"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34807	"unnamed_Northern Rivers_25674"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34808	"unnamed_Northern Rivers_25675"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34810	"unnamed_Northern Rivers_25677"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34811	"unnamed_Northern Rivers_25678"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34812	"unnamed_Northern Rivers_25679"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34813	"unnamed_Northern Rivers_25680"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34815	"unnamed_Northern Rivers_25682"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34816	"unnamed_Northern Rivers_25683"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34818	"unnamed_Northern Rivers_25685"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34819	"unnamed_Northern Rivers_25686"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34824	"unnamed_Northern Rivers_25691"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34825	"unnamed_Northern Rivers_25692"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34827	"unnamed_Northern Rivers_25694"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34828	"unnamed_Northern Rivers_25695"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34829	"unnamed_Northern Rivers_25696"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34830	"unnamed_Northern Rivers_25697"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34831	"unnamed_Northern Rivers_25698"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34832	"unnamed_Northern Rivers_25699"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34833	"unnamed_Northern Rivers_25700"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34834	"unnamed_Northern Rivers_25701"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34835	"unnamed_Northern Rivers_25702"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34836	"unnamed_Northern Rivers_25703"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34838	"unnamed_Northern Rivers_25705"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34840	"unnamed_Northern Rivers_25707"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34841	"unnamed_Northern Rivers_25708"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34842	"unnamed_Northern Rivers_25709"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34843	"unnamed_Northern Rivers_25710"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34845	"unnamed_Northern Rivers_25712"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34846	"unnamed_Northern Rivers_25713"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34847	"unnamed_Northern Rivers_25714"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34848	"unnamed_Northern Rivers_25715"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34849	"unnamed_Northern Rivers_25716"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34850	"unnamed_Northern Rivers_25717"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34851	"unnamed_Northern Rivers_25718"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34852	"unnamed_Northern Rivers_25719"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34853	"unnamed_Northern Rivers_25720"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34854	"unnamed_Northern Rivers_25721"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34855	"unnamed_Northern Rivers_25722"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34856	"unnamed_Northern Rivers_25723"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34857	"unnamed_Northern Rivers_25724"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34858	"unnamed_Northern Rivers_25725"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34859	"unnamed_Northern Rivers_25726"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34860	"unnamed_Northern Rivers_25727"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34861	"unnamed_Northern Rivers_25728"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34862	"unnamed_Northern Rivers_25729"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34863	"unnamed_Northern Rivers_25730"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34864	"unnamed_Northern Rivers_25731"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34865	"unnamed_Northern Rivers_25732"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34866	"unnamed_Northern Rivers_25733"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34867	"unnamed_Northern Rivers_25734"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34868	"unnamed_Northern Rivers_25735"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34869	"unnamed_Northern Rivers_25736"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34870	"unnamed_Northern Rivers_25737"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34871	"unnamed_Northern Rivers_25738"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34872	"unnamed_Northern Rivers_25739"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34873	"unnamed_Northern Rivers_25740"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34874	"unnamed_Northern Rivers_25741"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34875	"unnamed_Northern Rivers_25742"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34876	"unnamed_Northern Rivers_25743"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34877	"unnamed_Northern Rivers_25744"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34878	"unnamed_Northern Rivers_25745"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34879	"unnamed_Northern Rivers_25746"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34880	"unnamed_Northern Rivers_25747"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34881	"unnamed_Northern Rivers_25748"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34882	"unnamed_Northern Rivers_25749"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34883	"unnamed_Northern Rivers_25750"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34884	"unnamed_Northern Rivers_25751"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34885	"unnamed_Northern Rivers_25752"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34886	"unnamed_Northern Rivers_25753"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34887	"unnamed_Northern Rivers_25754"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34888	"unnamed_Northern Rivers_25755"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34889	"unnamed_Northern Rivers_25756"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34890	"unnamed_Northern Rivers_25757"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34891	"unnamed_Northern Rivers_25758"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34892	"unnamed_Northern Rivers_25759"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34893	"unnamed_Northern Rivers_25760"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34894	"unnamed_Northern Rivers_25761"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34895	"unnamed_Northern Rivers_25762"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34896	"unnamed_Northern Rivers_25763"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34897	"unnamed_Northern Rivers_25764"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34898	"unnamed_Northern Rivers_25765"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34899	"unnamed_Northern Rivers_25766"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34900	"unnamed_Northern Rivers_25767"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34901	"unnamed_Northern Rivers_25768"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34902	"unnamed_Northern Rivers_25769"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34903	"unnamed_Northern Rivers_25770"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34904	"unnamed_Northern Rivers_25771"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34905	"unnamed_Northern Rivers_25772"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34906	"unnamed_Northern Rivers_25773"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34907	"unnamed_Northern Rivers_25774"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34908	"unnamed_Northern Rivers_25775"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34909	"unnamed_Northern Rivers_25776"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34910	"unnamed_Northern Rivers_25777"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34911	"unnamed_Northern Rivers_25778"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34912	"unnamed_Northern Rivers_25779"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34913	"unnamed_Northern Rivers_25780"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34914	"unnamed_Northern Rivers_25781"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34915	"unnamed_Northern Rivers_25782"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34916	"unnamed_Northern Rivers_25783"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34917	"unnamed_Northern Rivers_25784"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34920	"unnamed_Northern Rivers_25787"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34921	"unnamed_Northern Rivers_25788"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34922	"unnamed_Northern Rivers_25789"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34923	"unnamed_Northern Rivers_25790"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34924	"unnamed_Northern Rivers_25791"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34925	"unnamed_Northern Rivers_25792"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34926	"unnamed_Northern Rivers_25793"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34927	"unnamed_Northern Rivers_25794"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34928	"unnamed_Northern Rivers_25795"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34929	"unnamed_Northern Rivers_25796"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34930	"unnamed_Northern Rivers_25797"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34931	"unnamed_Northern Rivers_25798"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34932	"unnamed_Northern Rivers_25799"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34933	"unnamed_Northern Rivers_25800"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34934	"unnamed_Northern Rivers_25801"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34935	"unnamed_Northern Rivers_25802"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34939	"unnamed_Northern Rivers_25806"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34940	"unnamed_Northern Rivers_25807"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34941	"unnamed_Northern Rivers_25808"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34942	"unnamed_Northern Rivers_25809"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34949	"unnamed_Northern Rivers_25816"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34953	"unnamed_Northern Rivers_25820"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34955	"unnamed_Northern Rivers_25822"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34957	"unnamed_Northern Rivers_25824"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34964	"unnamed_Northern Rivers_25831"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34967	"unnamed_Northern Rivers_25834"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34969	"unnamed_Northern Rivers_25836"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34970	"unnamed_Northern Rivers_25837"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34971	"unnamed_Northern Rivers_25838"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34972	"unnamed_Northern Rivers_25839"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34973	"unnamed_Northern Rivers_25840"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34974	"unnamed_Northern Rivers_25841"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34976	"unnamed_Northern Rivers_25843"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34977	"unnamed_Northern Rivers_25844"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34978	"unnamed_Northern Rivers_25845"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34981	"unnamed_Northern Rivers_25848"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34982	"unnamed_Northern Rivers_25849"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34983	"unnamed_Northern Rivers_25850"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34985	"unnamed_Northern Rivers_25852"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34986	"unnamed_Northern Rivers_25853"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34987	"unnamed_Northern Rivers_25854"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34988	"unnamed_Northern Rivers_25855"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34990	"unnamed_Northern Rivers_25857"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34991	"unnamed_Northern Rivers_25858"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34992	"unnamed_Northern Rivers_25859"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34993	"unnamed_Northern Rivers_25860"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34994	"unnamed_Northern Rivers_25861"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34995	"unnamed_Northern Rivers_25862"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34996	"unnamed_Northern Rivers_25863"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34997	"unnamed_Northern Rivers_25864"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34998	"unnamed_Northern Rivers_25865"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
34999	"unnamed_Northern Rivers_25866"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35000	"unnamed_Northern Rivers_25867"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35001	"unnamed_Northern Rivers_25868"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35002	"unnamed_Northern Rivers_25869"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35003	"unnamed_Northern Rivers_25870"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35004	"unnamed_Northern Rivers_25871"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35005	"unnamed_Northern Rivers_25872"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35006	"unnamed_Northern Rivers_25873"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35007	"unnamed_Northern Rivers_25874"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35008	"unnamed_Northern Rivers_25875"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35009	"unnamed_Northern Rivers_25876"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35010	"unnamed_Northern Rivers_25877"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35011	"unnamed_Northern Rivers_25878"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35012	"unnamed_Northern Rivers_25879"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35013	"unnamed_Northern Rivers_25880"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35014	"unnamed_Northern Rivers_25881"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35015	"unnamed_Northern Rivers_25882"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35016	"unnamed_Northern Rivers_25883"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35017	"unnamed_Northern Rivers_25884"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35018	"unnamed_Northern Rivers_25885"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35019	"unnamed_Northern Rivers_25886"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35020	"unnamed_Northern Rivers_25887"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35021	"unnamed_Northern Rivers_25888"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35022	"unnamed_Northern Rivers_25889"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35023	"unnamed_Northern Rivers_25890"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35025	"unnamed_Northern Rivers_25892"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35026	"unnamed_Northern Rivers_25893"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35027	"unnamed_Northern Rivers_25894"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35028	"unnamed_Northern Rivers_25895"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35029	"unnamed_Northern Rivers_25896"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35030	"unnamed_Northern Rivers_25897"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35031	"unnamed_Northern Rivers_25898"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35032	"unnamed_Northern Rivers_25899"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35033	"unnamed_Northern Rivers_25900"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35034	"unnamed_Northern Rivers_25901"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35035	"unnamed_Northern Rivers_25902"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35036	"unnamed_Northern Rivers_25903"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35037	"unnamed_Northern Rivers_25904"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35038	"unnamed_Northern Rivers_25905"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35039	"unnamed_Northern Rivers_25906"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35041	"unnamed_Northern Rivers_25908"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35042	"unnamed_Northern Rivers_25909"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35043	"unnamed_Northern Rivers_25910"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35044	"unnamed_Northern Rivers_25911"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35045	"unnamed_Northern Rivers_25912"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35046	"unnamed_Northern Rivers_25913"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35047	"unnamed_Northern Rivers_25914"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35048	"unnamed_Northern Rivers_25915"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35049	"unnamed_Northern Rivers_25916"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35050	"unnamed_Northern Rivers_25917"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35051	"unnamed_Northern Rivers_25918"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35052	"unnamed_Northern Rivers_25919"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35053	"unnamed_Northern Rivers_25920"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35054	"unnamed_Northern Rivers_25921"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35055	"unnamed_Northern Rivers_25922"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35056	"unnamed_Northern Rivers_25923"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35057	"unnamed_Northern Rivers_25924"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35058	"unnamed_Northern Rivers_25925"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35059	"unnamed_Northern Rivers_25926"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35060	"unnamed_Northern Rivers_25927"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35061	"unnamed_Northern Rivers_25928"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35062	"unnamed_Northern Rivers_25929"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35063	"unnamed_Northern Rivers_25930"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35064	"unnamed_Northern Rivers_25931"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35065	"unnamed_Northern Rivers_25932"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35066	"unnamed_Northern Rivers_25933"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35067	"unnamed_Northern Rivers_25934"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35068	"unnamed_Northern Rivers_25935"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35069	"unnamed_Northern Rivers_25936"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35070	"unnamed_Northern Rivers_25937"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35071	"unnamed_Northern Rivers_25938"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35072	"unnamed_Northern Rivers_25939"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35073	"unnamed_Northern Rivers_25940"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35074	"unnamed_Northern Rivers_25941"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35075	"unnamed_Northern Rivers_25942"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35076	"unnamed_Northern Rivers_25943"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35077	"unnamed_Northern Rivers_25944"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35078	"unnamed_Northern Rivers_25945"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35079	"unnamed_Northern Rivers_25946"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35080	"unnamed_Northern Rivers_25947"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35081	"unnamed_Northern Rivers_25948"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35082	"unnamed_Northern Rivers_25949"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35083	"unnamed_Northern Rivers_25950"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35084	"unnamed_Northern Rivers_25951"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35085	"unnamed_Northern Rivers_25952"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35086	"unnamed_Northern Rivers_25953"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35087	"unnamed_Northern Rivers_25954"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35088	"unnamed_Northern Rivers_25955"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35089	"unnamed_Northern Rivers_25956"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35090	"unnamed_Northern Rivers_25957"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35091	"unnamed_Northern Rivers_25958"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35092	"unnamed_Northern Rivers_25959"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35093	"unnamed_Northern Rivers_25960"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35094	"unnamed_Northern Rivers_25961"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35095	"unnamed_Northern Rivers_25962"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35096	"unnamed_Northern Rivers_25963"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35097	"unnamed_Northern Rivers_25964"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35098	"unnamed_Northern Rivers_25965"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35099	"unnamed_Northern Rivers_25966"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35100	"unnamed_Northern Rivers_25967"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35101	"unnamed_Northern Rivers_25968"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35102	"unnamed_Northern Rivers_25969"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35103	"unnamed_Northern Rivers_25970"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35104	"unnamed_Northern Rivers_25971"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35105	"unnamed_Northern Rivers_25972"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35106	"unnamed_Northern Rivers_25973"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35107	"unnamed_Northern Rivers_25974"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35108	"unnamed_Northern Rivers_25975"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35109	"unnamed_Northern Rivers_25976"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35110	"unnamed_Northern Rivers_25977"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35111	"unnamed_Northern Rivers_25978"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35112	"unnamed_Northern Rivers_25979"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35113	"unnamed_Northern Rivers_25980"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35114	"unnamed_Northern Rivers_25981"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35115	"unnamed_Northern Rivers_25982"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35116	"unnamed_Northern Rivers_25983"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35117	"unnamed_Northern Rivers_25984"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35118	"unnamed_Northern Rivers_25985"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35119	"unnamed_Northern Rivers_25986"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35120	"unnamed_Northern Rivers_25987"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35121	"unnamed_Northern Rivers_25988"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35122	"unnamed_Northern Rivers_25989"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35123	"unnamed_Northern Rivers_25990"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35124	"unnamed_Northern Rivers_25991"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35125	"unnamed_Northern Rivers_25992"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35127	"unnamed_Northern Rivers_25994"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35128	"unnamed_Northern Rivers_25995"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35130	"unnamed_Northern Rivers_25997"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35133	"unnamed_Northern Rivers_26000"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35134	"unnamed_Northern Rivers_26001"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35135	"unnamed_Northern Rivers_26002"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35136	"unnamed_Northern Rivers_26003"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35137	"unnamed_Northern Rivers_26004"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35140	"unnamed_Northern Rivers_26007"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35141	"unnamed_Northern Rivers_26008"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35143	"unnamed_Northern Rivers_26010"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35146	"unnamed_Northern Rivers_26013"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35147	"unnamed_Northern Rivers_26014"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35148	"unnamed_Northern Rivers_26015"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35149	"unnamed_Northern Rivers_26016"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35150	"unnamed_Northern Rivers_26017"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35151	"unnamed_Northern Rivers_26018"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35152	"unnamed_Northern Rivers_26019"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35153	"unnamed_Northern Rivers_26020"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35154	"unnamed_Northern Rivers_26021"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35155	"unnamed_Northern Rivers_26022"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35156	"unnamed_Northern Rivers_26023"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35157	"unnamed_Northern Rivers_26024"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35158	"unnamed_Northern Rivers_26025"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35159	"unnamed_Northern Rivers_26026"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35160	"unnamed_Northern Rivers_26027"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35161	"unnamed_Northern Rivers_26028"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35162	"unnamed_Northern Rivers_26029"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35165	"unnamed_Northern Rivers_26032"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35166	"unnamed_Northern Rivers_26033"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35167	"unnamed_Northern Rivers_26034"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35169	"unnamed_Northern Rivers_26036"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35170	"unnamed_Northern Rivers_26037"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35171	"unnamed_Northern Rivers_26038"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35172	"unnamed_Northern Rivers_26039"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35173	"unnamed_Northern Rivers_26040"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35174	"unnamed_Northern Rivers_26041"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35175	"unnamed_Northern Rivers_26042"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35176	"unnamed_Northern Rivers_26043"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35177	"unnamed_Northern Rivers_26044"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35178	"unnamed_Northern Rivers_26045"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35179	"unnamed_Northern Rivers_26046"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35181	"unnamed_Northern Rivers_26048"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35182	"unnamed_Northern Rivers_26049"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35183	"unnamed_Northern Rivers_26050"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35184	"unnamed_Northern Rivers_26051"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35185	"unnamed_Northern Rivers_26052"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35186	"unnamed_Northern Rivers_26053"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35190	"unnamed_Northern Rivers_26057"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35191	"unnamed_Northern Rivers_26058"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35192	"unnamed_Northern Rivers_26059"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35193	"unnamed_Northern Rivers_26060"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35194	"unnamed_Northern Rivers_26061"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35195	"unnamed_Northern Rivers_26062"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35196	"unnamed_Northern Rivers_26063"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35197	"unnamed_Northern Rivers_26064"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35198	"unnamed_Northern Rivers_26065"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35199	"unnamed_Northern Rivers_26066"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35201	"unnamed_Northern Rivers_26068"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35203	"unnamed_Northern Rivers_26070"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35204	"unnamed_Northern Rivers_26071"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35205	"unnamed_Northern Rivers_26072"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35206	"unnamed_Northern Rivers_26073"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35207	"unnamed_Northern Rivers_26074"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35208	"unnamed_Northern Rivers_26075"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35209	"unnamed_Northern Rivers_26076"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35210	"unnamed_Northern Rivers_26077"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35211	"unnamed_Northern Rivers_26078"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35212	"unnamed_Northern Rivers_26079"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35213	"unnamed_Northern Rivers_26080"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35214	"unnamed_Northern Rivers_26081"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35215	"unnamed_Northern Rivers_26082"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35217	"unnamed_Northern Rivers_26084"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35218	"unnamed_Northern Rivers_26085"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35219	"unnamed_Northern Rivers_26086"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35220	"unnamed_Northern Rivers_26087"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35221	"unnamed_Northern Rivers_26088"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35222	"unnamed_Northern Rivers_26089"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35223	"unnamed_Northern Rivers_26090"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35224	"unnamed_Northern Rivers_26091"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35225	"unnamed_Northern Rivers_26092"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35226	"unnamed_Northern Rivers_26093"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35227	"unnamed_Northern Rivers_26094"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35228	"unnamed_Northern Rivers_26095"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35230	"unnamed_Northern Rivers_26097"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35233	"unnamed_Northern Rivers_26100"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35234	"unnamed_Northern Rivers_26101"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35235	"unnamed_Northern Rivers_26102"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35237	"unnamed_Northern Rivers_26104"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35240	"unnamed_Northern Rivers_26107"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35242	"unnamed_Northern Rivers_26109"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35243	"unnamed_Northern Rivers_26110"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35244	"unnamed_Northern Rivers_26111"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35245	"unnamed_Northern Rivers_26112"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35246	"unnamed_Northern Rivers_26113"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35247	"unnamed_Northern Rivers_26114"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35250	"unnamed_Northern Rivers_26117"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35251	"unnamed_Northern Rivers_26118"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35252	"unnamed_Northern Rivers_26119"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35253	"unnamed_Northern Rivers_26120"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35254	"unnamed_Northern Rivers_26121"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35257	"unnamed_Northern Rivers_26124"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35259	"unnamed_Northern Rivers_26126"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35260	"unnamed_Northern Rivers_26127"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35261	"unnamed_Northern Rivers_26128"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35262	"unnamed_Northern Rivers_26129"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35263	"unnamed_Northern Rivers_26130"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35264	"unnamed_Northern Rivers_26131"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35265	"unnamed_Northern Rivers_26132"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35266	"unnamed_Northern Rivers_26133"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35267	"unnamed_Northern Rivers_26134"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35268	"unnamed_Northern Rivers_26135"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35269	"unnamed_Northern Rivers_26136"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35270	"unnamed_Northern Rivers_26137"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35271	"unnamed_Northern Rivers_26138"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35272	"unnamed_Northern Rivers_26139"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35273	"unnamed_Northern Rivers_26140"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35274	"unnamed_Northern Rivers_26141"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35275	"unnamed_Northern Rivers_26142"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35276	"unnamed_Northern Rivers_26143"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35277	"unnamed_Northern Rivers_26144"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35278	"unnamed_Northern Rivers_26145"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35279	"unnamed_Northern Rivers_26146"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35280	"unnamed_Northern Rivers_26147"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35281	"unnamed_Northern Rivers_26148"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35282	"unnamed_Northern Rivers_26149"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35283	"unnamed_Northern Rivers_26150"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35284	"unnamed_Northern Rivers_26151"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35285	"unnamed_Northern Rivers_26152"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35286	"unnamed_Northern Rivers_26153"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35287	"unnamed_Northern Rivers_26154"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35288	"unnamed_Northern Rivers_26155"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35289	"unnamed_Northern Rivers_26156"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35290	"unnamed_Northern Rivers_26157"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35291	"unnamed_Northern Rivers_26158"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35292	"unnamed_Northern Rivers_26159"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35293	"unnamed_Northern Rivers_26160"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35294	"unnamed_Northern Rivers_26161"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35295	"unnamed_Northern Rivers_26162"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35296	"unnamed_Northern Rivers_26163"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35297	"unnamed_Northern Rivers_26164"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35298	"unnamed_Northern Rivers_26165"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35299	"unnamed_Northern Rivers_26166"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35300	"unnamed_Northern Rivers_26167"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35301	"unnamed_Northern Rivers_26168"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35302	"unnamed_Northern Rivers_26169"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35303	"unnamed_Northern Rivers_26170"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35304	"unnamed_Northern Rivers_26171"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35305	"unnamed_Northern Rivers_26172"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35306	"unnamed_Northern Rivers_26173"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35307	"unnamed_Northern Rivers_26174"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35308	"unnamed_Northern Rivers_26175"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35309	"unnamed_Northern Rivers_26176"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35310	"unnamed_Northern Rivers_26177"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35311	"unnamed_Northern Rivers_26178"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35312	"unnamed_Northern Rivers_26179"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35318	"unnamed_Northern Rivers_26185"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35319	"unnamed_Northern Rivers_26186"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35320	"unnamed_Northern Rivers_26187"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35321	"unnamed_Northern Rivers_26188"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35322	"unnamed_Northern Rivers_26189"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35323	"unnamed_Northern Rivers_26190"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35324	"unnamed_Northern Rivers_26191"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35325	"unnamed_Northern Rivers_26192"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35326	"unnamed_Northern Rivers_26193"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35327	"unnamed_Northern Rivers_26194"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35328	"unnamed_Northern Rivers_26195"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35329	"unnamed_Northern Rivers_26196"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35330	"unnamed_Northern Rivers_26197"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35331	"unnamed_Northern Rivers_26198"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35332	"unnamed_Northern Rivers_26199"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35333	"unnamed_Northern Rivers_26200"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35336	"unnamed_Northern Rivers_26203"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35337	"unnamed_Northern Rivers_26204"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35339	"unnamed_Northern Rivers_26206"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35342	"unnamed_Northern Rivers_26209"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35343	"unnamed_Northern Rivers_26210"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35344	"unnamed_Northern Rivers_26211"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35345	"unnamed_Northern Rivers_26212"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35346	"unnamed_Northern Rivers_26213"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35347	"unnamed_Northern Rivers_26214"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35348	"unnamed_Northern Rivers_26215"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35349	"unnamed_Northern Rivers_26216"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35350	"unnamed_Northern Rivers_26217"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35351	"unnamed_Northern Rivers_26218"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35353	"unnamed_Northern Rivers_26220"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35354	"unnamed_Northern Rivers_26221"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35357	"unnamed_Northern Rivers_26224"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35359	"unnamed_Northern Rivers_26226"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35360	"unnamed_Northern Rivers_26227"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35361	"unnamed_Northern Rivers_26228"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35364	"unnamed_Northern Rivers_26231"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35365	"unnamed_Northern Rivers_26232"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35367	"unnamed_Northern Rivers_26234"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35368	"unnamed_Northern Rivers_26235"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35369	"unnamed_Northern Rivers_26236"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35371	"unnamed_Northern Rivers_26238"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35372	"unnamed_Northern Rivers_26239"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35374	"unnamed_Northern Rivers_26241"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35378	"unnamed_Northern Rivers_26245"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35388	"unnamed_Northern Rivers_26255"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35390	"unnamed_Northern Rivers_26257"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35391	"unnamed_Northern Rivers_26258"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35393	"unnamed_Northern Rivers_26260"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35396	"unnamed_Northern Rivers_26263"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35407	"unnamed_Northern Rivers_26274"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35408	"unnamed_Northern Rivers_26275"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35410	"unnamed_Northern Rivers_26277"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35411	"unnamed_Northern Rivers_26278"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35412	"unnamed_Northern Rivers_26279"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35414	"unnamed_Northern Rivers_26281"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35415	"unnamed_Northern Rivers_26282"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35416	"unnamed_Northern Rivers_26283"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35417	"unnamed_Northern Rivers_26284"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35418	"unnamed_Northern Rivers_26285"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35419	"unnamed_Northern Rivers_26286"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35420	"unnamed_Northern Rivers_26287"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35421	"unnamed_Northern Rivers_26288"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35422	"unnamed_Northern Rivers_26289"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35423	"unnamed_Northern Rivers_26290"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35424	"unnamed_Northern Rivers_26291"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35425	"unnamed_Northern Rivers_26292"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35426	"unnamed_Northern Rivers_26293"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35427	"unnamed_Northern Rivers_26294"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35428	"unnamed_Northern Rivers_26295"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35429	"unnamed_Northern Rivers_26296"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35430	"unnamed_Northern Rivers_26297"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35431	"unnamed_Northern Rivers_26298"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35432	"unnamed_Northern Rivers_26299"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35433	"unnamed_Northern Rivers_26300"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35437	"unnamed_Northern Rivers_26304"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35441	"unnamed_Northern Rivers_26308"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35447	"unnamed_Northern Rivers_26314"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35448	"unnamed_Northern Rivers_26315"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35451	"unnamed_Northern Rivers_26318"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35453	"unnamed_Northern Rivers_26320"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35462	"unnamed_Northern Rivers_26329"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35488	"unnamed_Northern Rivers_26355"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35494	"unnamed_Northern Rivers_26361"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35505	"unnamed_Northern Rivers_26372"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35506	"unnamed_Northern Rivers_26373"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35508	"unnamed_Northern Rivers_26375"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35513	"unnamed_Northern Rivers_26380"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35514	"unnamed_Northern Rivers_26381"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35515	"unnamed_Northern Rivers_26382"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35516	"unnamed_Northern Rivers_26383"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35518	"unnamed_Northern Rivers_26385"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35520	"unnamed_Northern Rivers_26387"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35521	"unnamed_Northern Rivers_26388"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35522	"unnamed_Northern Rivers_26389"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35523	"unnamed_Northern Rivers_26390"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35524	"unnamed_Northern Rivers_26391"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35525	"unnamed_Northern Rivers_26392"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35526	"unnamed_Northern Rivers_26393"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35527	"unnamed_Northern Rivers_26394"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35528	"unnamed_Northern Rivers_26395"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35529	"unnamed_Northern Rivers_26396"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35530	"unnamed_Northern Rivers_26397"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35532	"unnamed_Northern Rivers_26399"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35533	"unnamed_Northern Rivers_26400"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35534	"unnamed_Northern Rivers_26401"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35535	"unnamed_Northern Rivers_26402"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35536	"unnamed_Northern Rivers_26403"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35537	"unnamed_Northern Rivers_26404"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35538	"unnamed_Northern Rivers_26405"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35541	"unnamed_Northern Rivers_26408"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35542	"unnamed_Northern Rivers_26409"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35546	"unnamed_Northern Rivers_26413"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35547	"unnamed_Northern Rivers_26414"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35548	"unnamed_Northern Rivers_26415"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35549	"unnamed_Northern Rivers_26416"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35550	"unnamed_Northern Rivers_26417"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35554	"unnamed_Northern Rivers_26421"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35555	"unnamed_Northern Rivers_26422"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35556	"unnamed_Northern Rivers_26423"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35557	"unnamed_Northern Rivers_26424"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35558	"unnamed_Northern Rivers_26425"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35559	"unnamed_Northern Rivers_26426"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35560	"unnamed_Northern Rivers_26427"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35561	"unnamed_Northern Rivers_26428"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35562	"unnamed_Northern Rivers_26429"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35563	"unnamed_Northern Rivers_26430"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35564	"unnamed_Northern Rivers_26431"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35569	"unnamed_Northern Rivers_26436"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35570	"unnamed_Northern Rivers_26437"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35571	"unnamed_Northern Rivers_26438"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35572	"unnamed_Northern Rivers_26439"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35573	"unnamed_Northern Rivers_26440"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35574	"unnamed_Northern Rivers_26441"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35575	"unnamed_Northern Rivers_26442"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35576	"unnamed_Northern Rivers_26443"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35577	"unnamed_Northern Rivers_26444"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35583	"unnamed_Northern Rivers_26450"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35584	"unnamed_Northern Rivers_26451"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35586	"unnamed_Northern Rivers_26453"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35588	"unnamed_Northern Rivers_26455"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35589	"unnamed_Northern Rivers_26456"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35590	"unnamed_Northern Rivers_26457"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35591	"unnamed_Northern Rivers_26458"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35593	"unnamed_Northern Rivers_26460"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35594	"unnamed_Northern Rivers_26461"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35595	"unnamed_Northern Rivers_26462"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35596	"unnamed_Northern Rivers_26463"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35597	"unnamed_Northern Rivers_26464"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35598	"unnamed_Northern Rivers_26465"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35599	"unnamed_Northern Rivers_26466"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35600	"unnamed_Northern Rivers_26467"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35601	"unnamed_Northern Rivers_26468"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35602	"unnamed_Northern Rivers_26469"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35603	"unnamed_Northern Rivers_26470"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35604	"unnamed_Northern Rivers_26471"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35605	"unnamed_Northern Rivers_26472"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35606	"unnamed_Northern Rivers_26473"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35608	"unnamed_Northern Rivers_26475"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35609	"unnamed_Northern Rivers_26476"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35610	"unnamed_Northern Rivers_26477"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35611	"unnamed_Northern Rivers_26478"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35612	"unnamed_Northern Rivers_26479"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35613	"unnamed_Northern Rivers_26480"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35614	"unnamed_Northern Rivers_26481"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35615	"unnamed_Northern Rivers_26482"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35616	"unnamed_Northern Rivers_26483"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35617	"unnamed_Northern Rivers_26484"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35618	"unnamed_Northern Rivers_26485"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35619	"unnamed_Northern Rivers_26486"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35620	"unnamed_Northern Rivers_26487"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35621	"unnamed_Northern Rivers_26488"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35622	"unnamed_Northern Rivers_26489"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35623	"unnamed_Northern Rivers_26490"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35624	"unnamed_Northern Rivers_26491"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35625	"unnamed_Northern Rivers_26492"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35626	"unnamed_Northern Rivers_26493"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35627	"unnamed_Northern Rivers_26494"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35628	"unnamed_Northern Rivers_26495"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35629	"unnamed_Northern Rivers_26496"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35630	"unnamed_Northern Rivers_26497"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35631	"unnamed_Northern Rivers_26498"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35632	"unnamed_Northern Rivers_26499"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35634	"unnamed_Northern Rivers_26501"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35635	"unnamed_Northern Rivers_26502"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35636	"unnamed_Northern Rivers_26503"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35637	"unnamed_Northern Rivers_26504"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35638	"unnamed_Northern Rivers_26505"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35639	"unnamed_Northern Rivers_26506"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35640	"unnamed_Northern Rivers_26507"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35641	"unnamed_Northern Rivers_26508"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35642	"unnamed_Northern Rivers_26509"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35643	"unnamed_Northern Rivers_26510"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35644	"unnamed_Northern Rivers_26511"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35645	"unnamed_Northern Rivers_26512"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35646	"unnamed_Northern Rivers_26513"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35647	"unnamed_Northern Rivers_26514"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35648	"unnamed_Northern Rivers_26515"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35649	"unnamed_Northern Rivers_26516"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35650	"unnamed_Northern Rivers_26517"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35651	"unnamed_Northern Rivers_26518"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35652	"unnamed_Northern Rivers_26519"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35653	"unnamed_Northern Rivers_26520"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35654	"unnamed_Northern Rivers_26521"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35655	"unnamed_Northern Rivers_26522"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35656	"unnamed_Northern Rivers_26523"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35657	"unnamed_Northern Rivers_26524"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35658	"unnamed_Northern Rivers_26525"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35659	"unnamed_Northern Rivers_26526"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35660	"unnamed_Northern Rivers_26527"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35661	"unnamed_Northern Rivers_26528"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35662	"unnamed_Northern Rivers_26529"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35663	"unnamed_Northern Rivers_26530"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35664	"unnamed_Northern Rivers_26531"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35665	"unnamed_Northern Rivers_26532"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35666	"unnamed_Northern Rivers_26533"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35667	"unnamed_Northern Rivers_26534"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35668	"unnamed_Northern Rivers_26535"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35669	"unnamed_Northern Rivers_26536"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35670	"unnamed_Northern Rivers_26537"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35671	"unnamed_Northern Rivers_26538"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35672	"unnamed_Northern Rivers_26539"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35673	"unnamed_Northern Rivers_26540"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35674	"unnamed_Northern Rivers_26541"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35675	"unnamed_Northern Rivers_26542"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35676	"unnamed_Northern Rivers_26543"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35677	"unnamed_Northern Rivers_26544"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35678	"unnamed_Northern Rivers_26545"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35679	"unnamed_Northern Rivers_26546"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35680	"unnamed_Northern Rivers_26547"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35681	"unnamed_Northern Rivers_26548"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35682	"unnamed_Northern Rivers_26549"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35683	"unnamed_Northern Rivers_26550"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35684	"unnamed_Northern Rivers_26551"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35685	"unnamed_Northern Rivers_26552"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35690	"unnamed_Northern Rivers_26557"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35693	"unnamed_Northern Rivers_26560"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35694	"unnamed_Northern Rivers_26561"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35696	"unnamed_Northern Rivers_26563"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35697	"unnamed_Northern Rivers_26564"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35702	"unnamed_Northern Rivers_26569"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35703	"unnamed_Northern Rivers_26570"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35704	"unnamed_Northern Rivers_26571"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35705	"unnamed_Northern Rivers_26572"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35706	"unnamed_Northern Rivers_26573"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35707	"unnamed_Northern Rivers_26574"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35708	"unnamed_Northern Rivers_26575"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35709	"unnamed_Northern Rivers_26576"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35710	"unnamed_Northern Rivers_26577"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35711	"unnamed_Northern Rivers_26578"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35712	"unnamed_Northern Rivers_26579"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35713	"unnamed_Northern Rivers_26580"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35714	"unnamed_Northern Rivers_26581"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35715	"unnamed_Northern Rivers_26582"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35716	"unnamed_Northern Rivers_26583"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35717	"unnamed_Northern Rivers_26584"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35718	"unnamed_Northern Rivers_26585"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35719	"unnamed_Northern Rivers_26586"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35720	"unnamed_Northern Rivers_26587"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35721	"unnamed_Northern Rivers_26588"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35722	"unnamed_Northern Rivers_26589"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35723	"unnamed_Northern Rivers_26590"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35724	"unnamed_Northern Rivers_26591"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35725	"unnamed_Northern Rivers_26592"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35726	"unnamed_Northern Rivers_26593"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35727	"unnamed_Northern Rivers_26594"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35728	"unnamed_Northern Rivers_26595"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35729	"unnamed_Northern Rivers_26596"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35730	"unnamed_Northern Rivers_26597"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35731	"unnamed_Northern Rivers_26598"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35732	"unnamed_Northern Rivers_26599"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35733	"unnamed_Northern Rivers_26600"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35734	"unnamed_Northern Rivers_26601"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35735	"unnamed_Northern Rivers_26602"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35736	"unnamed_Northern Rivers_26603"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35737	"unnamed_Northern Rivers_26604"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35738	"unnamed_Northern Rivers_26605"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35739	"unnamed_Northern Rivers_26606"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35740	"unnamed_Northern Rivers_26607"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35741	"unnamed_Northern Rivers_26608"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35742	"unnamed_Northern Rivers_26609"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35743	"unnamed_Northern Rivers_26610"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35744	"unnamed_Northern Rivers_26611"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35745	"unnamed_Northern Rivers_26612"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35746	"unnamed_Northern Rivers_26613"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35747	"unnamed_Northern Rivers_26614"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35748	"unnamed_Northern Rivers_26615"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35749	"unnamed_Northern Rivers_26616"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35750	"unnamed_Northern Rivers_26617"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35751	"unnamed_Northern Rivers_26618"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35752	"unnamed_Northern Rivers_26619"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35753	"unnamed_Northern Rivers_26620"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35754	"unnamed_Northern Rivers_26621"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35755	"unnamed_Northern Rivers_26622"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35756	"unnamed_Northern Rivers_26623"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35757	"unnamed_Northern Rivers_26624"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35758	"unnamed_Northern Rivers_26625"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35759	"unnamed_Northern Rivers_26626"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35760	"unnamed_Northern Rivers_26627"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35761	"unnamed_Northern Rivers_26628"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35762	"unnamed_Northern Rivers_26629"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35763	"unnamed_Northern Rivers_26630"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35764	"unnamed_Northern Rivers_26631"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35765	"unnamed_Northern Rivers_26632"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35766	"unnamed_Northern Rivers_26633"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35767	"unnamed_Northern Rivers_26634"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35768	"unnamed_Northern Rivers_26635"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35769	"unnamed_Northern Rivers_26636"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35770	"unnamed_Northern Rivers_26637"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35771	"unnamed_Northern Rivers_26638"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35772	"unnamed_Northern Rivers_26639"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35773	"unnamed_Northern Rivers_26640"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35774	"unnamed_Northern Rivers_26641"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35775	"unnamed_Northern Rivers_26642"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35776	"unnamed_Northern Rivers_26643"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35777	"unnamed_Northern Rivers_26644"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35778	"unnamed_Northern Rivers_26645"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35779	"unnamed_Northern Rivers_26646"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35780	"unnamed_Northern Rivers_26647"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35781	"unnamed_Northern Rivers_26648"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35782	"unnamed_Northern Rivers_26649"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35783	"unnamed_Northern Rivers_26650"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35784	"unnamed_Northern Rivers_26651"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35785	"unnamed_Northern Rivers_26652"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35786	"unnamed_Northern Rivers_26653"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35787	"unnamed_Northern Rivers_26654"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35788	"unnamed_Northern Rivers_26655"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35789	"unnamed_Northern Rivers_26656"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35790	"unnamed_Northern Rivers_26657"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35791	"unnamed_Northern Rivers_26658"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35792	"unnamed_Northern Rivers_26659"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35793	"unnamed_Northern Rivers_26660"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35794	"unnamed_Northern Rivers_26661"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35795	"unnamed_Northern Rivers_26662"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35796	"unnamed_Northern Rivers_26663"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35797	"unnamed_Northern Rivers_26664"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35798	"unnamed_Northern Rivers_26665"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35799	"unnamed_Northern Rivers_26666"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35800	"unnamed_Northern Rivers_26667"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35801	"unnamed_Northern Rivers_26668"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35802	"unnamed_Northern Rivers_26669"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35803	"unnamed_Northern Rivers_26670"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35804	"unnamed_Northern Rivers_26671"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35805	"unnamed_Northern Rivers_26672"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35806	"unnamed_Northern Rivers_26673"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35807	"unnamed_Northern Rivers_26674"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35808	"unnamed_Northern Rivers_26675"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35809	"unnamed_Northern Rivers_26676"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35810	"unnamed_Northern Rivers_26677"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35811	"unnamed_Northern Rivers_26678"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35812	"unnamed_Northern Rivers_26679"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35813	"unnamed_Northern Rivers_26680"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35814	"unnamed_Northern Rivers_26681"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35815	"unnamed_Northern Rivers_26682"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35816	"unnamed_Northern Rivers_26683"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35817	"unnamed_Northern Rivers_26684"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35818	"unnamed_Northern Rivers_26685"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35819	"unnamed_Northern Rivers_26686"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35820	"unnamed_Northern Rivers_26687"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35821	"unnamed_Northern Rivers_26688"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35822	"unnamed_Northern Rivers_26689"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35823	"unnamed_Northern Rivers_26690"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35824	"unnamed_Northern Rivers_26691"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
35825	"unnamed_Northern Rivers_26692"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36032	"unnamed_Northern Rivers_26899"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36040	"unnamed_Northern Rivers_26907"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36041	"unnamed_Northern Rivers_26908"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36042	"unnamed_Northern Rivers_26909"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36045	"unnamed_Northern Rivers_26912"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36046	"unnamed_Northern Rivers_26913"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36053	"unnamed_Northern Rivers_26920"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36056	"unnamed_Northern Rivers_26923"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36059	"unnamed_Northern Rivers_26926"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36060	"unnamed_Northern Rivers_26927"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36061	"unnamed_Northern Rivers_26928"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36062	"unnamed_Northern Rivers_26929"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36063	"unnamed_Northern Rivers_26930"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36064	"unnamed_Northern Rivers_26931"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36065	"unnamed_Northern Rivers_26932"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36067	"unnamed_Northern Rivers_26934"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36068	"unnamed_Northern Rivers_26935"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36069	"unnamed_Northern Rivers_26936"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36070	"unnamed_Northern Rivers_26937"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36071	"unnamed_Northern Rivers_26938"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36072	"unnamed_Northern Rivers_26939"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36073	"unnamed_Northern Rivers_26940"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36074	"unnamed_Northern Rivers_26941"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36075	"unnamed_Northern Rivers_26942"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36076	"unnamed_Northern Rivers_26943"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36077	"unnamed_Northern Rivers_26944"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36078	"unnamed_Northern Rivers_26945"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36080	"unnamed_Northern Rivers_26947"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36081	"unnamed_Northern Rivers_26948"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36082	"unnamed_Northern Rivers_26949"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36083	"unnamed_Northern Rivers_26950"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36084	"unnamed_Northern Rivers_26951"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36085	"unnamed_Northern Rivers_26952"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36086	"unnamed_Northern Rivers_26953"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36087	"unnamed_Northern Rivers_26954"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36088	"unnamed_Northern Rivers_26955"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36089	"unnamed_Northern Rivers_26956"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36090	"unnamed_Northern Rivers_26957"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36091	"unnamed_Northern Rivers_26958"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36092	"unnamed_Northern Rivers_26959"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36093	"unnamed_Northern Rivers_26960"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36094	"unnamed_Northern Rivers_26961"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36095	"unnamed_Northern Rivers_26962"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36096	"unnamed_Northern Rivers_26963"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36097	"unnamed_Northern Rivers_26964"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36098	"unnamed_Northern Rivers_26965"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36099	"unnamed_Northern Rivers_26966"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36100	"unnamed_Northern Rivers_26967"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36101	"unnamed_Northern Rivers_26968"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36102	"unnamed_Northern Rivers_26969"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36103	"unnamed_Northern Rivers_26970"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36104	"unnamed_Northern Rivers_26971"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36105	"unnamed_Northern Rivers_26972"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36106	"unnamed_Northern Rivers_26973"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36107	"unnamed_Northern Rivers_26974"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36108	"unnamed_Northern Rivers_26975"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36109	"unnamed_Northern Rivers_26976"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36110	"unnamed_Northern Rivers_26977"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36111	"unnamed_Northern Rivers_26978"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36112	"unnamed_Northern Rivers_26979"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36113	"unnamed_Northern Rivers_26980"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36114	"unnamed_Northern Rivers_26981"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36115	"unnamed_Northern Rivers_26982"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36116	"unnamed_Northern Rivers_26983"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36117	"unnamed_Northern Rivers_26984"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36118	"unnamed_Northern Rivers_26985"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36119	"unnamed_Northern Rivers_26986"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36120	"unnamed_Northern Rivers_26987"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36121	"unnamed_Northern Rivers_26988"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36122	"unnamed_Northern Rivers_26989"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36123	"unnamed_Northern Rivers_26990"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36124	"unnamed_Northern Rivers_26991"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36125	"unnamed_Northern Rivers_26992"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36126	"unnamed_Northern Rivers_26993"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36127	"unnamed_Northern Rivers_26994"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36128	"unnamed_Northern Rivers_26995"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36129	"unnamed_Northern Rivers_26996"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36130	"unnamed_Northern Rivers_26997"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36131	"unnamed_Northern Rivers_26998"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36132	"unnamed_Northern Rivers_26999"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36133	"unnamed_Northern Rivers_27000"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36135	"unnamed_Northern Rivers_27002"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36136	"unnamed_Northern Rivers_27003"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36137	"unnamed_Northern Rivers_27004"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36138	"unnamed_Northern Rivers_27005"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36139	"unnamed_Northern Rivers_27006"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36140	"unnamed_Northern Rivers_27007"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36141	"unnamed_Northern Rivers_27008"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36142	"unnamed_Northern Rivers_27009"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36143	"unnamed_Northern Rivers_27010"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36144	"unnamed_Northern Rivers_27011"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36145	"unnamed_Northern Rivers_27012"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36146	"unnamed_Northern Rivers_27013"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36147	"unnamed_Northern Rivers_27014"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36148	"unnamed_Northern Rivers_27015"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36149	"unnamed_Northern Rivers_27016"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36150	"unnamed_Northern Rivers_27017"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36151	"unnamed_Northern Rivers_27018"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36152	"unnamed_Northern Rivers_27019"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36153	"unnamed_Northern Rivers_27020"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36154	"unnamed_Northern Rivers_27021"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36155	"unnamed_Northern Rivers_27022"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36156	"unnamed_Northern Rivers_27023"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36157	"unnamed_Northern Rivers_27024"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36158	"unnamed_Northern Rivers_27025"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36159	"unnamed_Northern Rivers_27026"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36160	"unnamed_Northern Rivers_27027"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36161	"unnamed_Northern Rivers_27028"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36162	"unnamed_Northern Rivers_27029"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36163	"unnamed_Northern Rivers_27030"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36164	"unnamed_Northern Rivers_27031"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36165	"unnamed_Northern Rivers_27032"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36166	"unnamed_Northern Rivers_27033"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36167	"unnamed_Northern Rivers_27034"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36168	"unnamed_Northern Rivers_27035"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36170	"unnamed_Northern Rivers_27037"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36171	"unnamed_Northern Rivers_27038"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36172	"unnamed_Northern Rivers_27039"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36173	"unnamed_Northern Rivers_27040"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36177	"unnamed_Northern Rivers_27044"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36178	"unnamed_Northern Rivers_27045"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36179	"unnamed_Northern Rivers_27046"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36180	"unnamed_Northern Rivers_27047"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36181	"unnamed_Northern Rivers_27048"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36182	"unnamed_Northern Rivers_27049"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36183	"unnamed_Northern Rivers_27050"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36184	"unnamed_Northern Rivers_27051"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36185	"unnamed_Northern Rivers_27052"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36186	"unnamed_Northern Rivers_27053"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36187	"unnamed_Northern Rivers_27054"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36188	"unnamed_Northern Rivers_27055"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36189	"unnamed_Northern Rivers_27056"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36190	"unnamed_Northern Rivers_27057"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36192	"unnamed_Northern Rivers_27059"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36193	"unnamed_Northern Rivers_27060"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36194	"unnamed_Northern Rivers_27061"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36196	"unnamed_Northern Rivers_27063"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36197	"unnamed_Northern Rivers_27064"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36198	"unnamed_Northern Rivers_27065"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36199	"unnamed_Northern Rivers_27066"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36200	"unnamed_Northern Rivers_27067"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36201	"unnamed_Northern Rivers_27068"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36202	"unnamed_Northern Rivers_27069"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36203	"unnamed_Northern Rivers_27070"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36204	"unnamed_Northern Rivers_27071"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36205	"unnamed_Northern Rivers_27072"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36206	"unnamed_Northern Rivers_27073"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36207	"unnamed_Northern Rivers_27074"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36208	"unnamed_Northern Rivers_27075"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36209	"unnamed_Northern Rivers_27076"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36210	"unnamed_Northern Rivers_27077"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36211	"unnamed_Northern Rivers_27078"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36212	"unnamed_Northern Rivers_27079"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36213	"unnamed_Northern Rivers_27080"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36214	"unnamed_Northern Rivers_27081"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36215	"unnamed_Northern Rivers_27082"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36216	"unnamed_Northern Rivers_27083"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36217	"unnamed_Northern Rivers_27084"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36218	"unnamed_Northern Rivers_27085"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36219	"unnamed_Northern Rivers_27086"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36220	"unnamed_Northern Rivers_27087"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36221	"unnamed_Northern Rivers_27088"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36222	"unnamed_Northern Rivers_27089"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36223	"unnamed_Northern Rivers_27090"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36224	"unnamed_Northern Rivers_27091"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36225	"unnamed_Northern Rivers_27092"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36226	"unnamed_Northern Rivers_27093"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36227	"unnamed_Northern Rivers_27094"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36228	"unnamed_Northern Rivers_27095"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36229	"unnamed_Northern Rivers_27096"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36230	"unnamed_Northern Rivers_27097"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36231	"unnamed_Northern Rivers_27098"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36232	"unnamed_Northern Rivers_27099"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36233	"unnamed_Northern Rivers_27100"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36234	"unnamed_Northern Rivers_27101"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36235	"unnamed_Northern Rivers_27102"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36236	"unnamed_Northern Rivers_27103"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36237	"unnamed_Northern Rivers_27104"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36238	"unnamed_Northern Rivers_27105"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36239	"unnamed_Northern Rivers_27106"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36240	"unnamed_Northern Rivers_27107"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36241	"unnamed_Northern Rivers_27108"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36242	"unnamed_Northern Rivers_27109"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36243	"unnamed_Northern Rivers_27110"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36244	"unnamed_Northern Rivers_27111"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36245	"unnamed_Northern Rivers_27112"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36246	"unnamed_Northern Rivers_27113"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36247	"unnamed_Northern Rivers_27114"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36248	"unnamed_Northern Rivers_27115"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36250	"unnamed_Northern Rivers_27117"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36251	"unnamed_Northern Rivers_27118"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36252	"unnamed_Northern Rivers_27119"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36253	"unnamed_Northern Rivers_27120"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36254	"unnamed_Northern Rivers_27121"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36255	"unnamed_Northern Rivers_27122"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36256	"unnamed_Northern Rivers_27123"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36257	"unnamed_Northern Rivers_27124"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36258	"unnamed_Northern Rivers_27125"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36259	"unnamed_Northern Rivers_27126"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36260	"unnamed_Northern Rivers_27127"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36261	"unnamed_Northern Rivers_27128"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36262	"unnamed_Northern Rivers_27129"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36263	"unnamed_Northern Rivers_27130"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36264	"unnamed_Northern Rivers_27131"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36265	"unnamed_Northern Rivers_27132"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36266	"unnamed_Northern Rivers_27133"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36267	"unnamed_Northern Rivers_27134"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36268	"unnamed_Northern Rivers_27135"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36269	"unnamed_Northern Rivers_27136"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36270	"unnamed_Northern Rivers_27137"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36271	"unnamed_Northern Rivers_27138"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36272	"unnamed_Northern Rivers_27139"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36273	"unnamed_Northern Rivers_27140"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36274	"unnamed_Northern Rivers_27141"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36275	"unnamed_Northern Rivers_27142"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36276	"unnamed_Northern Rivers_27143"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36277	"unnamed_Northern Rivers_27144"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36278	"unnamed_Northern Rivers_27145"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36279	"unnamed_Northern Rivers_27146"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36280	"unnamed_Northern Rivers_27147"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36281	"unnamed_Northern Rivers_27148"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36282	"unnamed_Northern Rivers_27149"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36283	"unnamed_Northern Rivers_27150"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36284	"unnamed_Northern Rivers_27151"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36285	"unnamed_Northern Rivers_27152"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36286	"unnamed_Northern Rivers_27153"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36287	"unnamed_Northern Rivers_27154"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36288	"unnamed_Northern Rivers_27155"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36289	"unnamed_Northern Rivers_27156"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36290	"unnamed_Northern Rivers_27157"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36291	"unnamed_Northern Rivers_27158"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36292	"unnamed_Northern Rivers_27159"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36293	"unnamed_Northern Rivers_27160"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36294	"unnamed_Northern Rivers_27161"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36295	"unnamed_Northern Rivers_27162"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36296	"unnamed_Northern Rivers_27163"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36297	"unnamed_Northern Rivers_27164"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36298	"unnamed_Northern Rivers_27165"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36299	"unnamed_Northern Rivers_27166"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36300	"unnamed_Northern Rivers_27167"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36301	"unnamed_Northern Rivers_27168"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36302	"unnamed_Northern Rivers_27169"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36303	"unnamed_Northern Rivers_27170"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36304	"unnamed_Northern Rivers_27171"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36305	"unnamed_Northern Rivers_27172"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36306	"unnamed_Northern Rivers_27173"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36307	"unnamed_Northern Rivers_27174"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36308	"unnamed_Northern Rivers_27175"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36309	"unnamed_Northern Rivers_27176"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36310	"unnamed_Northern Rivers_27177"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36311	"unnamed_Northern Rivers_27178"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36314	"unnamed_Northern Rivers_27181"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36316	"unnamed_Northern Rivers_27183"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36317	"unnamed_Northern Rivers_27184"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36318	"unnamed_Northern Rivers_27185"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36319	"unnamed_Northern Rivers_27186"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36320	"unnamed_Northern Rivers_27187"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36321	"unnamed_Northern Rivers_27188"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36322	"unnamed_Northern Rivers_27189"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36323	"unnamed_Northern Rivers_27190"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36326	"unnamed_Northern Rivers_27193"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36327	"unnamed_Northern Rivers_27194"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36329	"unnamed_Northern Rivers_27196"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36330	"unnamed_Northern Rivers_27197"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36331	"unnamed_Northern Rivers_27198"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36332	"unnamed_Northern Rivers_27199"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36333	"unnamed_Northern Rivers_27200"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36334	"unnamed_Northern Rivers_27201"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36335	"unnamed_Northern Rivers_27202"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36336	"unnamed_Northern Rivers_27203"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36338	"unnamed_Northern Rivers_27205"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36339	"unnamed_Northern Rivers_27206"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36340	"unnamed_Northern Rivers_27207"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36341	"unnamed_Northern Rivers_27208"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36342	"unnamed_Northern Rivers_27209"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36343	"unnamed_Northern Rivers_27210"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36344	"unnamed_Northern Rivers_27211"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36345	"unnamed_Northern Rivers_27212"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36346	"unnamed_Northern Rivers_27213"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36347	"unnamed_Northern Rivers_27214"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36348	"unnamed_Northern Rivers_27215"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36349	"unnamed_Northern Rivers_27216"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36350	"unnamed_Northern Rivers_27217"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36351	"unnamed_Northern Rivers_27218"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36352	"unnamed_Northern Rivers_27219"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36353	"unnamed_Northern Rivers_27220"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36354	"unnamed_Northern Rivers_27221"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36355	"unnamed_Northern Rivers_27222"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36356	"unnamed_Northern Rivers_27223"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36357	"unnamed_Northern Rivers_27224"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36358	"unnamed_Northern Rivers_27225"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36359	"unnamed_Northern Rivers_27226"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36360	"unnamed_Northern Rivers_27227"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36361	"unnamed_Northern Rivers_27228"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36362	"unnamed_Northern Rivers_27229"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36363	"unnamed_Northern Rivers_27230"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36364	"unnamed_Northern Rivers_27231"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36365	"unnamed_Northern Rivers_27232"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36366	"unnamed_Northern Rivers_27233"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36367	"unnamed_Northern Rivers_27234"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36368	"unnamed_Northern Rivers_27235"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36369	"unnamed_Northern Rivers_27236"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36370	"unnamed_Northern Rivers_27237"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36371	"unnamed_Northern Rivers_27238"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36372	"unnamed_Northern Rivers_27239"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36373	"unnamed_Northern Rivers_27240"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36374	"unnamed_Northern Rivers_27241"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36375	"unnamed_Northern Rivers_27242"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36376	"unnamed_Northern Rivers_27243"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36377	"unnamed_Northern Rivers_27244"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36378	"unnamed_Northern Rivers_27245"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36379	"unnamed_Northern Rivers_27246"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36380	"unnamed_Northern Rivers_27247"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36381	"unnamed_Northern Rivers_27248"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36382	"unnamed_Northern Rivers_27249"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36383	"unnamed_Northern Rivers_27250"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36384	"unnamed_Northern Rivers_27251"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36385	"unnamed_Northern Rivers_27252"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36386	"unnamed_Northern Rivers_27253"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36387	"unnamed_Northern Rivers_27254"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36388	"unnamed_Northern Rivers_27255"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36389	"unnamed_Northern Rivers_27256"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36390	"unnamed_Northern Rivers_27257"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36391	"unnamed_Northern Rivers_27258"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36392	"unnamed_Northern Rivers_27259"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36393	"unnamed_Northern Rivers_27260"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36394	"unnamed_Northern Rivers_27261"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36395	"unnamed_Northern Rivers_27262"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36396	"unnamed_Northern Rivers_27263"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36397	"unnamed_Northern Rivers_27264"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36398	"unnamed_Northern Rivers_27265"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36399	"unnamed_Northern Rivers_27266"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36400	"unnamed_Northern Rivers_27267"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36401	"unnamed_Northern Rivers_27268"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36402	"unnamed_Northern Rivers_27269"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36403	"unnamed_Northern Rivers_27270"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36404	"unnamed_Northern Rivers_27271"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36405	"unnamed_Northern Rivers_27272"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36406	"unnamed_Northern Rivers_27273"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36407	"unnamed_Northern Rivers_27274"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36408	"unnamed_Northern Rivers_27275"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36409	"unnamed_Northern Rivers_27276"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36410	"unnamed_Northern Rivers_27277"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36411	"unnamed_Northern Rivers_27278"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36412	"unnamed_Northern Rivers_27279"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36413	"unnamed_Northern Rivers_27280"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36414	"unnamed_Northern Rivers_27281"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36415	"unnamed_Northern Rivers_27282"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36416	"unnamed_Northern Rivers_27283"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36417	"unnamed_Northern Rivers_27284"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36418	"unnamed_Northern Rivers_27285"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36419	"unnamed_Northern Rivers_27286"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36420	"unnamed_Northern Rivers_27287"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36421	"unnamed_Northern Rivers_27288"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36422	"unnamed_Northern Rivers_27289"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36423	"unnamed_Northern Rivers_27290"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36424	"unnamed_Northern Rivers_27291"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36425	"unnamed_Northern Rivers_27292"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36426	"unnamed_Northern Rivers_27293"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36427	"unnamed_Northern Rivers_27294"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36428	"unnamed_Northern Rivers_27295"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36429	"unnamed_Northern Rivers_27296"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36430	"unnamed_Northern Rivers_27297"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36431	"unnamed_Northern Rivers_27298"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36432	"unnamed_Northern Rivers_27299"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36433	"unnamed_Northern Rivers_27300"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36434	"unnamed_Northern Rivers_27301"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36435	"unnamed_Northern Rivers_27302"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36436	"unnamed_Northern Rivers_27303"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36437	"unnamed_Northern Rivers_27304"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36438	"unnamed_Northern Rivers_27305"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36439	"unnamed_Northern Rivers_27306"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36440	"unnamed_Northern Rivers_27307"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36441	"unnamed_Northern Rivers_27308"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36442	"unnamed_Northern Rivers_27309"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36443	"unnamed_Northern Rivers_27310"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36444	"unnamed_Northern Rivers_27311"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36445	"unnamed_Northern Rivers_27312"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36446	"unnamed_Northern Rivers_27313"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36447	"unnamed_Northern Rivers_27314"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36448	"unnamed_Northern Rivers_27315"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36449	"unnamed_Northern Rivers_27316"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36450	"unnamed_Northern Rivers_27317"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36451	"unnamed_Northern Rivers_27318"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36452	"unnamed_Northern Rivers_27319"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36453	"unnamed_Northern Rivers_27320"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36454	"unnamed_Northern Rivers_27321"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36455	"unnamed_Northern Rivers_27322"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36456	"unnamed_Northern Rivers_27323"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36457	"unnamed_Northern Rivers_27324"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36458	"unnamed_Northern Rivers_27325"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36459	"unnamed_Northern Rivers_27326"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36460	"unnamed_Northern Rivers_27327"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36461	"unnamed_Northern Rivers_27328"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36462	"unnamed_Northern Rivers_27329"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36463	"unnamed_Northern Rivers_27330"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36464	"unnamed_Northern Rivers_27331"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36465	"unnamed_Northern Rivers_27332"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36466	"unnamed_Northern Rivers_27333"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36467	"unnamed_Northern Rivers_27334"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36468	"unnamed_Northern Rivers_27335"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36469	"unnamed_Northern Rivers_27336"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36470	"unnamed_Northern Rivers_27337"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36471	"unnamed_Northern Rivers_27338"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36472	"unnamed_Northern Rivers_27339"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36473	"unnamed_Northern Rivers_27340"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36474	"unnamed_Northern Rivers_27341"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36475	"unnamed_Northern Rivers_27342"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36476	"unnamed_Northern Rivers_27343"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36477	"unnamed_Northern Rivers_27344"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36478	"unnamed_Northern Rivers_27345"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36479	"unnamed_Northern Rivers_27346"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36481	"unnamed_Northern Rivers_27348"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36482	"unnamed_Northern Rivers_27349"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36483	"unnamed_Northern Rivers_27350"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36484	"unnamed_Northern Rivers_27351"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36485	"unnamed_Northern Rivers_27352"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36497	"unnamed_Northern Rivers_27364"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36498	"unnamed_Northern Rivers_27365"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36499	"unnamed_Northern Rivers_27366"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36500	"unnamed_Northern Rivers_27367"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36501	"unnamed_Northern Rivers_27368"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36502	"unnamed_Northern Rivers_27369"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36503	"unnamed_Northern Rivers_27370"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36504	"unnamed_Northern Rivers_27371"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36505	"unnamed_Northern Rivers_27372"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36506	"unnamed_Northern Rivers_27373"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36507	"unnamed_Northern Rivers_27374"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36508	"unnamed_Northern Rivers_27375"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36509	"unnamed_Northern Rivers_27376"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36510	"unnamed_Northern Rivers_27377"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36511	"unnamed_Northern Rivers_27378"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36512	"unnamed_Northern Rivers_27379"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36513	"unnamed_Northern Rivers_27380"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36514	"unnamed_Northern Rivers_27381"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36515	"unnamed_Northern Rivers_27382"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36516	"unnamed_Northern Rivers_27383"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36517	"unnamed_Northern Rivers_27384"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36518	"unnamed_Northern Rivers_27385"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36519	"unnamed_Northern Rivers_27386"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36520	"unnamed_Northern Rivers_27387"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36529	"unnamed_Northern Rivers_27396"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36530	"unnamed_Northern Rivers_27397"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36531	"unnamed_Northern Rivers_27398"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36532	"unnamed_Northern Rivers_27399"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36533	"unnamed_Northern Rivers_27400"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36534	"unnamed_Northern Rivers_27401"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36535	"unnamed_Northern Rivers_27402"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36536	"unnamed_Northern Rivers_27403"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36537	"unnamed_Northern Rivers_27404"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36538	"unnamed_Northern Rivers_27405"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36539	"unnamed_Northern Rivers_27406"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36541	"unnamed_Northern Rivers_27408"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36542	"unnamed_Northern Rivers_27409"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36543	"unnamed_Northern Rivers_27410"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36544	"unnamed_Northern Rivers_27411"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36545	"unnamed_Northern Rivers_27412"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36546	"unnamed_Northern Rivers_27413"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36547	"unnamed_Northern Rivers_27414"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36548	"unnamed_Northern Rivers_27415"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36549	"unnamed_Northern Rivers_27416"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36550	"unnamed_Northern Rivers_27417"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36551	"unnamed_Northern Rivers_27418"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36552	"unnamed_Northern Rivers_27419"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36553	"unnamed_Northern Rivers_27420"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36554	"unnamed_Northern Rivers_27421"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36555	"unnamed_Northern Rivers_27422"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36556	"unnamed_Northern Rivers_27423"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36557	"unnamed_Northern Rivers_27424"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36558	"unnamed_Northern Rivers_27425"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36559	"unnamed_Northern Rivers_27426"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36560	"unnamed_Northern Rivers_27427"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36561	"unnamed_Northern Rivers_27428"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36562	"unnamed_Northern Rivers_27429"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36563	"unnamed_Northern Rivers_27430"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36564	"unnamed_Northern Rivers_27431"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36565	"unnamed_Northern Rivers_27432"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36566	"unnamed_Northern Rivers_27433"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36567	"unnamed_Northern Rivers_27434"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36568	"unnamed_Northern Rivers_27435"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36569	"unnamed_Northern Rivers_27436"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36570	"unnamed_Northern Rivers_27437"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36571	"unnamed_Northern Rivers_27438"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36572	"unnamed_Northern Rivers_27439"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36573	"unnamed_Northern Rivers_27440"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36574	"unnamed_Northern Rivers_27441"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36575	"unnamed_Northern Rivers_27442"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36576	"unnamed_Northern Rivers_27443"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36577	"unnamed_Northern Rivers_27444"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36578	"unnamed_Northern Rivers_27445"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36579	"unnamed_Northern Rivers_27446"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36580	"unnamed_Northern Rivers_27447"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36581	"unnamed_Northern Rivers_27448"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36582	"unnamed_Northern Rivers_27449"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36583	"unnamed_Northern Rivers_27450"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36584	"unnamed_Northern Rivers_27451"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36585	"unnamed_Northern Rivers_27452"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36586	"unnamed_Northern Rivers_27453"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36587	"unnamed_Northern Rivers_27454"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36588	"unnamed_Northern Rivers_27455"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36589	"unnamed_Northern Rivers_27456"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36590	"unnamed_Northern Rivers_27457"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36591	"unnamed_Northern Rivers_27458"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36592	"unnamed_Northern Rivers_27459"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36593	"unnamed_Northern Rivers_27460"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36594	"unnamed_Northern Rivers_27461"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36595	"unnamed_Northern Rivers_27462"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36596	"unnamed_Northern Rivers_27463"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36597	"unnamed_Northern Rivers_27464"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36598	"unnamed_Northern Rivers_27465"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36599	"unnamed_Northern Rivers_27466"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36600	"unnamed_Northern Rivers_27467"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36601	"unnamed_Northern Rivers_27468"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36602	"unnamed_Northern Rivers_27469"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36603	"unnamed_Northern Rivers_27470"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36604	"unnamed_Northern Rivers_27471"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36605	"unnamed_Northern Rivers_27472"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36606	"unnamed_Northern Rivers_27473"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36607	"unnamed_Northern Rivers_27474"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36608	"unnamed_Northern Rivers_27475"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36609	"unnamed_Northern Rivers_27476"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36610	"unnamed_Northern Rivers_27477"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36611	"unnamed_Northern Rivers_27478"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36612	"unnamed_Northern Rivers_27479"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36613	"unnamed_Northern Rivers_27480"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36614	"unnamed_Northern Rivers_27481"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36615	"unnamed_Northern Rivers_27482"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36616	"unnamed_Northern Rivers_27483"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36617	"unnamed_Northern Rivers_27484"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36618	"unnamed_Northern Rivers_27485"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36619	"unnamed_Northern Rivers_27486"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36620	"unnamed_Northern Rivers_27487"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36621	"unnamed_Northern Rivers_27488"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36622	"unnamed_Northern Rivers_27489"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36623	"unnamed_Northern Rivers_27490"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36624	"unnamed_Northern Rivers_27491"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36625	"unnamed_Northern Rivers_27492"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36626	"unnamed_Northern Rivers_27493"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36627	"unnamed_Northern Rivers_27494"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36628	"unnamed_Northern Rivers_27495"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36629	"unnamed_Northern Rivers_27496"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36630	"unnamed_Northern Rivers_27497"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36631	"unnamed_Northern Rivers_27498"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36632	"unnamed_Northern Rivers_27499"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36633	"unnamed_Northern Rivers_27500"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36634	"unnamed_Northern Rivers_27501"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36635	"unnamed_Northern Rivers_27502"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36636	"unnamed_Northern Rivers_27503"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36637	"unnamed_Northern Rivers_27504"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36638	"unnamed_Northern Rivers_27505"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36639	"unnamed_Northern Rivers_27506"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36640	"unnamed_Northern Rivers_27507"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36641	"unnamed_Northern Rivers_27508"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36642	"unnamed_Northern Rivers_27509"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36643	"unnamed_Northern Rivers_27510"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36644	"unnamed_Northern Rivers_27511"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36645	"unnamed_Northern Rivers_27512"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36646	"unnamed_Northern Rivers_27513"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36647	"unnamed_Northern Rivers_27514"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36648	"unnamed_Northern Rivers_27515"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36649	"unnamed_Northern Rivers_27516"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36650	"unnamed_Northern Rivers_27517"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36651	"unnamed_Northern Rivers_27518"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36652	"unnamed_Northern Rivers_27519"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36653	"unnamed_Northern Rivers_27520"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36654	"unnamed_Northern Rivers_27521"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36655	"unnamed_Northern Rivers_27522"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36656	"unnamed_Northern Rivers_27523"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36657	"unnamed_Northern Rivers_27524"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36658	"unnamed_Northern Rivers_27525"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36659	"unnamed_Northern Rivers_27526"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36660	"unnamed_Northern Rivers_27527"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36661	"unnamed_Northern Rivers_27528"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36662	"unnamed_Northern Rivers_27529"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36663	"unnamed_Northern Rivers_27530"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36664	"unnamed_Northern Rivers_27531"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36665	"unnamed_Northern Rivers_27532"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36666	"unnamed_Northern Rivers_27533"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36667	"unnamed_Northern Rivers_27534"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36668	"unnamed_Northern Rivers_27535"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36670	"unnamed_Northern Rivers_27537"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36673	"unnamed_Northern Rivers_27540"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36674	"unnamed_Northern Rivers_27541"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36675	"unnamed_Northern Rivers_27542"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36676	"unnamed_Northern Rivers_27543"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36677	"unnamed_Northern Rivers_27544"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36678	"unnamed_Northern Rivers_27545"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36679	"unnamed_Northern Rivers_27546"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36680	"unnamed_Northern Rivers_27547"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36681	"unnamed_Northern Rivers_27548"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36682	"unnamed_Northern Rivers_27549"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36683	"unnamed_Northern Rivers_27550"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36684	"unnamed_Northern Rivers_27551"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36685	"unnamed_Northern Rivers_27552"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36686	"unnamed_Northern Rivers_27553"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36687	"unnamed_Northern Rivers_27554"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36690	"unnamed_Northern Rivers_27557"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36692	"unnamed_Northern Rivers_27559"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36693	"unnamed_Northern Rivers_27560"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36705	"unnamed_Northern Rivers_27572"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36706	"unnamed_Northern Rivers_27573"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36707	"unnamed_Northern Rivers_27574"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36708	"unnamed_Northern Rivers_27575"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36709	"unnamed_Northern Rivers_27576"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36710	"unnamed_Northern Rivers_27577"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36711	"unnamed_Northern Rivers_27578"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36712	"unnamed_Northern Rivers_27579"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36713	"unnamed_Northern Rivers_27580"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36714	"unnamed_Northern Rivers_27581"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36715	"unnamed_Northern Rivers_27582"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36716	"unnamed_Northern Rivers_27583"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36717	"unnamed_Northern Rivers_27584"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36718	"unnamed_Northern Rivers_27585"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36719	"unnamed_Northern Rivers_27586"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36720	"unnamed_Northern Rivers_27587"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36721	"unnamed_Northern Rivers_27588"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36722	"unnamed_Northern Rivers_27589"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36723	"unnamed_Northern Rivers_27590"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36724	"unnamed_Northern Rivers_27591"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36725	"unnamed_Northern Rivers_27592"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36726	"unnamed_Northern Rivers_27593"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36727	"unnamed_Northern Rivers_27594"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36728	"unnamed_Northern Rivers_27595"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36729	"unnamed_Northern Rivers_27596"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36730	"unnamed_Northern Rivers_27597"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36753	"unnamed_Northern Rivers_27620"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36754	"unnamed_Northern Rivers_27621"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36755	"unnamed_Northern Rivers_27622"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36756	"unnamed_Northern Rivers_27623"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36757	"unnamed_Northern Rivers_27624"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36758	"unnamed_Northern Rivers_27625"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36759	"unnamed_Northern Rivers_27626"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36760	"unnamed_Northern Rivers_27627"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36761	"unnamed_Northern Rivers_27628"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36762	"unnamed_Northern Rivers_27629"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36763	"unnamed_Northern Rivers_27630"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36764	"unnamed_Northern Rivers_27631"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36765	"unnamed_Northern Rivers_27632"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36766	"unnamed_Northern Rivers_27633"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36767	"unnamed_Northern Rivers_27634"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36768	"unnamed_Northern Rivers_27635"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36769	"unnamed_Northern Rivers_27636"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36770	"unnamed_Northern Rivers_27637"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36771	"unnamed_Northern Rivers_27638"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36772	"unnamed_Northern Rivers_27639"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36773	"unnamed_Northern Rivers_27640"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36774	"unnamed_Northern Rivers_27641"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36775	"unnamed_Northern Rivers_27642"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36776	"unnamed_Northern Rivers_27643"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36777	"unnamed_Northern Rivers_27644"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36778	"unnamed_Northern Rivers_27645"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36779	"unnamed_Northern Rivers_27646"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36780	"unnamed_Northern Rivers_27647"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36781	"unnamed_Northern Rivers_27648"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36782	"unnamed_Northern Rivers_27649"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36783	"unnamed_Northern Rivers_27650"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36784	"unnamed_Northern Rivers_27651"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36785	"unnamed_Northern Rivers_27652"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36786	"unnamed_Northern Rivers_27653"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36787	"unnamed_Northern Rivers_27654"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36788	"unnamed_Northern Rivers_27655"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36789	"unnamed_Northern Rivers_27656"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36790	"unnamed_Northern Rivers_27657"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36791	"unnamed_Northern Rivers_27658"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36792	"unnamed_Northern Rivers_27659"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36793	"unnamed_Northern Rivers_27660"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36794	"unnamed_Northern Rivers_27661"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36795	"unnamed_Northern Rivers_27662"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36796	"unnamed_Northern Rivers_27663"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36797	"unnamed_Northern Rivers_27664"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36798	"unnamed_Northern Rivers_27665"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36799	"unnamed_Northern Rivers_27666"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36800	"unnamed_Northern Rivers_27667"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36801	"unnamed_Northern Rivers_27668"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36802	"unnamed_Northern Rivers_27669"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36803	"unnamed_Northern Rivers_27670"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36804	"unnamed_Northern Rivers_27671"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36805	"unnamed_Northern Rivers_27672"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36806	"unnamed_Northern Rivers_27673"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36807	"unnamed_Northern Rivers_27674"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36808	"unnamed_Northern Rivers_27675"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36809	"unnamed_Northern Rivers_27676"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36810	"unnamed_Northern Rivers_27677"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36811	"unnamed_Northern Rivers_27678"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36812	"unnamed_Northern Rivers_27679"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36813	"unnamed_Northern Rivers_27680"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36814	"unnamed_Northern Rivers_27681"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36815	"unnamed_Northern Rivers_27682"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36816	"unnamed_Northern Rivers_27683"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36817	"unnamed_Northern Rivers_27684"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36818	"unnamed_Northern Rivers_27685"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36827	"unnamed_Northern Rivers_27694"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36828	"unnamed_Northern Rivers_27695"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36829	"unnamed_Northern Rivers_27696"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36830	"unnamed_Northern Rivers_27697"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36831	"unnamed_Northern Rivers_27698"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36832	"unnamed_Northern Rivers_27699"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36833	"unnamed_Northern Rivers_27700"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36834	"unnamed_Northern Rivers_27701"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36835	"unnamed_Northern Rivers_27702"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36836	"unnamed_Northern Rivers_27703"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36837	"unnamed_Northern Rivers_27704"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36838	"unnamed_Northern Rivers_27705"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36839	"unnamed_Northern Rivers_27706"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36840	"unnamed_Northern Rivers_27707"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
36841	"unnamed_Northern Rivers_27708"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37062	"unnamed_Northern Rivers_27929"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37066	"unnamed_Northern Rivers_27933"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37067	"unnamed_Northern Rivers_27934"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37110	"unnamed_Northern Rivers_27977"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37114	"unnamed_Northern Rivers_27981"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37115	"unnamed_Northern Rivers_27982"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37116	"unnamed_Northern Rivers_27983"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37117	"unnamed_Northern Rivers_27984"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37118	"unnamed_Northern Rivers_27985"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37119	"unnamed_Northern Rivers_27986"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37120	"unnamed_Northern Rivers_27987"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37121	"unnamed_Northern Rivers_27988"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37122	"unnamed_Northern Rivers_27989"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37123	"unnamed_Northern Rivers_27990"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37124	"unnamed_Northern Rivers_27991"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37125	"unnamed_Northern Rivers_27992"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37126	"unnamed_Northern Rivers_27993"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37127	"unnamed_Northern Rivers_27994"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37128	"unnamed_Northern Rivers_27995"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37129	"unnamed_Northern Rivers_27996"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37130	"unnamed_Northern Rivers_27997"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37131	"unnamed_Northern Rivers_27998"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37132	"unnamed_Northern Rivers_27999"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37133	"unnamed_Northern Rivers_28000"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37134	"unnamed_Northern Rivers_28001"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37135	"unnamed_Northern Rivers_28002"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37136	"unnamed_Northern Rivers_28003"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37137	"unnamed_Northern Rivers_28004"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37138	"unnamed_Northern Rivers_28005"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37139	"unnamed_Northern Rivers_28006"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37140	"unnamed_Northern Rivers_28007"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37141	"unnamed_Northern Rivers_28008"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37142	"unnamed_Northern Rivers_28009"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37143	"unnamed_Northern Rivers_28010"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37144	"unnamed_Northern Rivers_28011"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37145	"unnamed_Northern Rivers_28012"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37146	"unnamed_Northern Rivers_28013"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37147	"unnamed_Northern Rivers_28014"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37148	"unnamed_Northern Rivers_28015"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37149	"unnamed_Northern Rivers_28016"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37150	"unnamed_Northern Rivers_28017"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37151	"unnamed_Northern Rivers_28018"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37152	"unnamed_Northern Rivers_28019"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37153	"unnamed_Northern Rivers_28020"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37154	"unnamed_Northern Rivers_28021"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37155	"unnamed_Northern Rivers_28022"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37156	"unnamed_Northern Rivers_28023"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37157	"unnamed_Northern Rivers_28024"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37158	"unnamed_Northern Rivers_28025"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37159	"unnamed_Northern Rivers_28026"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37160	"unnamed_Northern Rivers_28027"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37161	"unnamed_Northern Rivers_28028"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37162	"unnamed_Northern Rivers_28029"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37163	"unnamed_Northern Rivers_28030"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37164	"unnamed_Northern Rivers_28031"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37165	"unnamed_Northern Rivers_28032"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37166	"unnamed_Northern Rivers_28033"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37167	"unnamed_Northern Rivers_28034"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37168	"unnamed_Northern Rivers_28035"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37169	"unnamed_Northern Rivers_28036"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37170	"unnamed_Northern Rivers_28037"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37171	"unnamed_Northern Rivers_28038"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37172	"unnamed_Northern Rivers_28039"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37173	"unnamed_Northern Rivers_28040"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37174	"unnamed_Northern Rivers_28041"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37175	"unnamed_Northern Rivers_28042"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37176	"unnamed_Northern Rivers_28043"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37177	"unnamed_Northern Rivers_28044"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37178	"unnamed_Northern Rivers_28045"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37179	"unnamed_Northern Rivers_28046"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37180	"unnamed_Northern Rivers_28047"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37181	"unnamed_Northern Rivers_28048"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37182	"unnamed_Northern Rivers_28049"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37183	"unnamed_Northern Rivers_28050"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37184	"unnamed_Northern Rivers_28051"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37185	"unnamed_Northern Rivers_28052"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37186	"unnamed_Northern Rivers_28053"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37187	"unnamed_Northern Rivers_28054"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37188	"unnamed_Northern Rivers_28055"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37189	"unnamed_Northern Rivers_28056"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37190	"unnamed_Northern Rivers_28057"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37191	"unnamed_Northern Rivers_28058"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37192	"unnamed_Northern Rivers_28059"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37193	"unnamed_Northern Rivers_28060"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37194	"unnamed_Northern Rivers_28061"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37195	"unnamed_Northern Rivers_28062"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37196	"unnamed_Northern Rivers_28063"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37197	"unnamed_Northern Rivers_28064"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37198	"unnamed_Northern Rivers_28065"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37199	"unnamed_Northern Rivers_28066"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37200	"unnamed_Northern Rivers_28067"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37201	"unnamed_Northern Rivers_28068"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37202	"unnamed_Northern Rivers_28069"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37203	"unnamed_Northern Rivers_28070"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37204	"unnamed_Northern Rivers_28071"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37205	"unnamed_Northern Rivers_28072"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37206	"unnamed_Northern Rivers_28073"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37207	"unnamed_Northern Rivers_28074"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37208	"unnamed_Northern Rivers_28075"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37209	"unnamed_Northern Rivers_28076"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37210	"unnamed_Northern Rivers_28077"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37211	"unnamed_Northern Rivers_28078"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37212	"unnamed_Northern Rivers_28079"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37213	"unnamed_Northern Rivers_28080"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37214	"unnamed_Northern Rivers_28081"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37215	"unnamed_Northern Rivers_28082"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37216	"unnamed_Northern Rivers_28083"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37217	"unnamed_Northern Rivers_28084"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37218	"unnamed_Northern Rivers_28085"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37219	"unnamed_Northern Rivers_28086"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37220	"unnamed_Northern Rivers_28087"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37221	"unnamed_Northern Rivers_28088"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37222	"unnamed_Northern Rivers_28089"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37223	"unnamed_Northern Rivers_28090"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37224	"unnamed_Northern Rivers_28091"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37225	"unnamed_Northern Rivers_28092"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37226	"unnamed_Northern Rivers_28093"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37227	"unnamed_Northern Rivers_28094"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37228	"unnamed_Northern Rivers_28095"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37229	"unnamed_Northern Rivers_28096"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37230	"unnamed_Northern Rivers_28097"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37231	"unnamed_Northern Rivers_28098"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37232	"unnamed_Northern Rivers_28099"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37233	"unnamed_Northern Rivers_28100"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37234	"unnamed_Northern Rivers_28101"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37235	"unnamed_Northern Rivers_28102"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37236	"unnamed_Northern Rivers_28103"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37237	"unnamed_Northern Rivers_28104"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37238	"unnamed_Northern Rivers_28105"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37239	"unnamed_Northern Rivers_28106"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37240	"unnamed_Northern Rivers_28107"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37241	"unnamed_Northern Rivers_28108"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37242	"unnamed_Northern Rivers_28109"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37243	"unnamed_Northern Rivers_28110"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37244	"unnamed_Northern Rivers_28111"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37245	"unnamed_Northern Rivers_28112"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37246	"unnamed_Northern Rivers_28113"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37247	"unnamed_Northern Rivers_28114"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37248	"unnamed_Northern Rivers_28115"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37249	"unnamed_Northern Rivers_28116"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37250	"unnamed_Northern Rivers_28117"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37251	"unnamed_Northern Rivers_28118"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37252	"unnamed_Northern Rivers_28119"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37253	"unnamed_Northern Rivers_28120"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37254	"unnamed_Northern Rivers_28121"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37255	"unnamed_Northern Rivers_28122"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37256	"unnamed_Northern Rivers_28123"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37257	"unnamed_Northern Rivers_28124"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37258	"unnamed_Northern Rivers_28125"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37259	"unnamed_Northern Rivers_28126"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37260	"unnamed_Northern Rivers_28127"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37261	"unnamed_Northern Rivers_28128"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37262	"unnamed_Northern Rivers_28129"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37263	"unnamed_Northern Rivers_28130"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37264	"unnamed_Northern Rivers_28131"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37265	"unnamed_Northern Rivers_28132"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37266	"unnamed_Northern Rivers_28133"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37267	"unnamed_Northern Rivers_28134"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37268	"unnamed_Northern Rivers_28135"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37269	"unnamed_Northern Rivers_28136"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37270	"unnamed_Northern Rivers_28137"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37271	"unnamed_Northern Rivers_28138"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37272	"unnamed_Northern Rivers_28139"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37273	"unnamed_Northern Rivers_28140"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37274	"unnamed_Northern Rivers_28141"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37275	"unnamed_Northern Rivers_28142"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37276	"unnamed_Northern Rivers_28143"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37277	"unnamed_Northern Rivers_28144"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37278	"unnamed_Northern Rivers_28145"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37279	"unnamed_Northern Rivers_28146"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37280	"unnamed_Northern Rivers_28147"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37281	"unnamed_Northern Rivers_28148"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37282	"unnamed_Northern Rivers_28149"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37283	"unnamed_Northern Rivers_28150"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37284	"unnamed_Northern Rivers_28151"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37285	"unnamed_Northern Rivers_28152"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37286	"unnamed_Northern Rivers_28153"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37287	"unnamed_Northern Rivers_28154"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37288	"unnamed_Northern Rivers_28155"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37289	"unnamed_Northern Rivers_28156"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37290	"unnamed_Northern Rivers_28157"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37291	"unnamed_Northern Rivers_28158"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37292	"unnamed_Northern Rivers_28159"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37293	"unnamed_Northern Rivers_28160"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37294	"unnamed_Northern Rivers_28161"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37295	"unnamed_Northern Rivers_28162"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37296	"unnamed_Northern Rivers_28163"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37297	"unnamed_Northern Rivers_28164"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37298	"unnamed_Northern Rivers_28165"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37299	"unnamed_Northern Rivers_28166"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37300	"unnamed_Northern Rivers_28167"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37301	"unnamed_Northern Rivers_28168"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37302	"unnamed_Northern Rivers_28169"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37303	"unnamed_Northern Rivers_28170"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37304	"unnamed_Northern Rivers_28171"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37305	"unnamed_Northern Rivers_28172"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37306	"unnamed_Northern Rivers_28173"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37307	"unnamed_Northern Rivers_28174"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37308	"unnamed_Northern Rivers_28175"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37309	"unnamed_Northern Rivers_28176"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37310	"unnamed_Northern Rivers_28177"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37390	"unnamed_Northern Rivers_28257"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37394	"unnamed_Northern Rivers_28261"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37402	"unnamed_Northern Rivers_28269"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37405	"unnamed_Northern Rivers_28272"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37420	"unnamed_Northern Rivers_28287"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37421	"unnamed_Northern Rivers_28288"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37422	"unnamed_Northern Rivers_28289"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37423	"unnamed_Northern Rivers_28290"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37424	"unnamed_Northern Rivers_28291"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37425	"unnamed_Northern Rivers_28292"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37426	"unnamed_Northern Rivers_28293"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37427	"unnamed_Northern Rivers_28294"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37428	"unnamed_Northern Rivers_28295"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37429	"unnamed_Northern Rivers_28296"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37430	"unnamed_Northern Rivers_28297"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37431	"unnamed_Northern Rivers_28298"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37432	"unnamed_Northern Rivers_28299"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37433	"unnamed_Northern Rivers_28300"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37434	"unnamed_Northern Rivers_28301"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37435	"unnamed_Northern Rivers_28302"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37436	"unnamed_Northern Rivers_28303"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37437	"unnamed_Northern Rivers_28304"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37438	"unnamed_Northern Rivers_28305"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37439	"unnamed_Northern Rivers_28306"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37440	"unnamed_Northern Rivers_28307"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37441	"unnamed_Northern Rivers_28308"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37442	"unnamed_Northern Rivers_28309"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37443	"unnamed_Northern Rivers_28310"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37444	"unnamed_Northern Rivers_28311"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37445	"unnamed_Northern Rivers_28312"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37446	"unnamed_Northern Rivers_28313"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37447	"unnamed_Northern Rivers_28314"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37448	"unnamed_Northern Rivers_28315"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37477	"unnamed_Northern Rivers_28344"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37502	"unnamed_Northern Rivers_28369"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37503	"unnamed_Northern Rivers_28370"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37504	"unnamed_Northern Rivers_28371"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37505	"unnamed_Northern Rivers_28372"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37506	"unnamed_Northern Rivers_28373"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37507	"unnamed_Northern Rivers_28374"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37508	"unnamed_Northern Rivers_28375"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37509	"unnamed_Northern Rivers_28376"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37510	"unnamed_Northern Rivers_28377"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37511	"unnamed_Northern Rivers_28378"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37516	"unnamed_Northern Rivers_28383"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37517	"unnamed_Northern Rivers_28384"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37518	"unnamed_Northern Rivers_28385"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37519	"unnamed_Northern Rivers_28386"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37520	"unnamed_Northern Rivers_28387"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37521	"unnamed_Northern Rivers_28388"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37522	"unnamed_Northern Rivers_28389"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37523	"unnamed_Northern Rivers_28390"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37524	"unnamed_Northern Rivers_28391"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37525	"unnamed_Northern Rivers_28392"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37526	"unnamed_Northern Rivers_28393"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37527	"unnamed_Northern Rivers_28394"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37528	"unnamed_Northern Rivers_28395"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37529	"unnamed_Northern Rivers_28396"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37530	"unnamed_Northern Rivers_28397"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37531	"unnamed_Northern Rivers_28398"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37532	"unnamed_Northern Rivers_28399"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37533	"unnamed_Northern Rivers_28400"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37534	"unnamed_Northern Rivers_28401"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37535	"unnamed_Northern Rivers_28402"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37536	"unnamed_Northern Rivers_28403"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37537	"unnamed_Northern Rivers_28404"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37538	"unnamed_Northern Rivers_28405"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37539	"unnamed_Northern Rivers_28406"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37540	"unnamed_Northern Rivers_28407"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37541	"unnamed_Northern Rivers_28408"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37542	"unnamed_Northern Rivers_28409"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37543	"unnamed_Northern Rivers_28410"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37544	"unnamed_Northern Rivers_28411"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37545	"unnamed_Northern Rivers_28412"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37546	"unnamed_Northern Rivers_28413"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37547	"unnamed_Northern Rivers_28414"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37548	"unnamed_Northern Rivers_28415"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37549	"unnamed_Northern Rivers_28416"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37550	"unnamed_Northern Rivers_28417"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37551	"unnamed_Northern Rivers_28418"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37552	"unnamed_Northern Rivers_28419"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37553	"unnamed_Northern Rivers_28420"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37554	"unnamed_Northern Rivers_28421"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37555	"unnamed_Northern Rivers_28422"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37556	"unnamed_Northern Rivers_28423"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37557	"unnamed_Northern Rivers_28424"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37558	"unnamed_Northern Rivers_28425"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37559	"unnamed_Northern Rivers_28426"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37560	"unnamed_Northern Rivers_28427"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37561	"unnamed_Northern Rivers_28428"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37562	"unnamed_Northern Rivers_28429"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37563	"unnamed_Northern Rivers_28430"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37564	"unnamed_Northern Rivers_28431"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37565	"unnamed_Northern Rivers_28432"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37566	"unnamed_Northern Rivers_28433"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37567	"unnamed_Northern Rivers_28434"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37568	"unnamed_Northern Rivers_28435"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37569	"unnamed_Northern Rivers_28436"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37570	"unnamed_Northern Rivers_28437"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37571	"unnamed_Northern Rivers_28438"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37572	"unnamed_Northern Rivers_28439"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37573	"unnamed_Northern Rivers_28440"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37574	"unnamed_Northern Rivers_28441"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37575	"unnamed_Northern Rivers_28442"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37576	"unnamed_Northern Rivers_28443"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37577	"unnamed_Northern Rivers_28444"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37578	"unnamed_Northern Rivers_28445"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37579	"unnamed_Northern Rivers_28446"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37580	"unnamed_Northern Rivers_28447"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37581	"unnamed_Northern Rivers_28448"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37582	"unnamed_Northern Rivers_28449"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37583	"unnamed_Northern Rivers_28450"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37584	"unnamed_Northern Rivers_28451"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37585	"unnamed_Northern Rivers_28452"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37586	"unnamed_Northern Rivers_28453"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37587	"unnamed_Northern Rivers_28454"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37588	"unnamed_Northern Rivers_28455"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37589	"unnamed_Northern Rivers_28456"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37590	"unnamed_Northern Rivers_28457"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37591	"unnamed_Northern Rivers_28458"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37592	"unnamed_Northern Rivers_28459"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37593	"unnamed_Northern Rivers_28460"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37594	"unnamed_Northern Rivers_28461"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37595	"unnamed_Northern Rivers_28462"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37596	"unnamed_Northern Rivers_28463"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37597	"unnamed_Northern Rivers_28464"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37598	"unnamed_Northern Rivers_28465"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37599	"unnamed_Northern Rivers_28466"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37600	"unnamed_Northern Rivers_28467"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37601	"unnamed_Northern Rivers_28468"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37602	"unnamed_Northern Rivers_28469"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37603	"unnamed_Northern Rivers_28470"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37604	"unnamed_Northern Rivers_28471"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37605	"unnamed_Northern Rivers_28472"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37606	"unnamed_Northern Rivers_28473"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37607	"unnamed_Northern Rivers_28474"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37608	"unnamed_Northern Rivers_28475"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37609	"unnamed_Northern Rivers_28476"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37610	"unnamed_Northern Rivers_28477"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37611	"unnamed_Northern Rivers_28478"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37612	"unnamed_Northern Rivers_28479"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37613	"unnamed_Northern Rivers_28480"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37614	"unnamed_Northern Rivers_28481"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37615	"unnamed_Northern Rivers_28482"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37616	"unnamed_Northern Rivers_28483"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37617	"unnamed_Northern Rivers_28484"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37618	"unnamed_Northern Rivers_28485"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37619	"unnamed_Northern Rivers_28486"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37620	"unnamed_Northern Rivers_28487"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37621	"unnamed_Northern Rivers_28488"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37622	"unnamed_Northern Rivers_28489"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37623	"unnamed_Northern Rivers_28490"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37624	"unnamed_Northern Rivers_28491"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37625	"unnamed_Northern Rivers_28492"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37626	"unnamed_Northern Rivers_28493"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37627	"unnamed_Northern Rivers_28494"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37628	"unnamed_Northern Rivers_28495"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37629	"unnamed_Northern Rivers_28496"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37630	"unnamed_Northern Rivers_28497"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37631	"unnamed_Northern Rivers_28498"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37632	"unnamed_Northern Rivers_28499"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37633	"unnamed_Northern Rivers_28500"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37634	"unnamed_Northern Rivers_28501"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37635	"unnamed_Northern Rivers_28502"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37636	"unnamed_Northern Rivers_28503"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37637	"unnamed_Northern Rivers_28504"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37638	"unnamed_Northern Rivers_28505"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37639	"unnamed_Northern Rivers_28506"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37640	"unnamed_Northern Rivers_28507"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37641	"unnamed_Northern Rivers_28508"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37642	"unnamed_Northern Rivers_28509"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37643	"unnamed_Northern Rivers_28510"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37644	"unnamed_Northern Rivers_28511"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37645	"unnamed_Northern Rivers_28512"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37646	"unnamed_Northern Rivers_28513"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37647	"unnamed_Northern Rivers_28514"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37648	"unnamed_Northern Rivers_28515"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37649	"unnamed_Northern Rivers_28516"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37650	"unnamed_Northern Rivers_28517"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37651	"unnamed_Northern Rivers_28518"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37652	"unnamed_Northern Rivers_28519"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37653	"unnamed_Northern Rivers_28520"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37654	"unnamed_Northern Rivers_28521"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37655	"unnamed_Northern Rivers_28522"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37656	"unnamed_Northern Rivers_28523"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37657	"unnamed_Northern Rivers_28524"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37658	"unnamed_Northern Rivers_28525"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37659	"unnamed_Northern Rivers_28526"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37660	"unnamed_Northern Rivers_28527"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37661	"unnamed_Northern Rivers_28528"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37662	"unnamed_Northern Rivers_28529"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37663	"unnamed_Northern Rivers_28530"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37664	"unnamed_Northern Rivers_28531"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37665	"unnamed_Northern Rivers_28532"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37666	"unnamed_Northern Rivers_28533"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37667	"unnamed_Northern Rivers_28534"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37668	"unnamed_Northern Rivers_28535"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37669	"unnamed_Northern Rivers_28536"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37670	"unnamed_Northern Rivers_28537"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37671	"unnamed_Northern Rivers_28538"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37672	"unnamed_Northern Rivers_28539"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37673	"unnamed_Northern Rivers_28540"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37674	"unnamed_Northern Rivers_28541"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37675	"unnamed_Northern Rivers_28542"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37676	"unnamed_Northern Rivers_28543"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37677	"unnamed_Northern Rivers_28544"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37678	"unnamed_Northern Rivers_28545"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37679	"unnamed_Northern Rivers_28546"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37680	"unnamed_Northern Rivers_28547"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37681	"unnamed_Northern Rivers_28548"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37682	"unnamed_Northern Rivers_28549"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37683	"unnamed_Northern Rivers_28550"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37684	"unnamed_Northern Rivers_28551"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37697	"unnamed_Northern Rivers_28564"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37698	"unnamed_Northern Rivers_28565"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37699	"unnamed_Northern Rivers_28566"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37700	"unnamed_Northern Rivers_28567"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37701	"unnamed_Northern Rivers_28568"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37703	"unnamed_Northern Rivers_28570"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37709	"unnamed_Northern Rivers_28576"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37711	"unnamed_Northern Rivers_28578"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37712	"unnamed_Northern Rivers_28579"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37713	"unnamed_Northern Rivers_28580"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37714	"unnamed_Northern Rivers_28581"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37715	"unnamed_Northern Rivers_28582"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37716	"unnamed_Northern Rivers_28583"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37717	"unnamed_Northern Rivers_28584"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37718	"unnamed_Northern Rivers_28585"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37719	"unnamed_Northern Rivers_28586"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37720	"unnamed_Northern Rivers_28587"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37721	"unnamed_Northern Rivers_28588"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37722	"unnamed_Northern Rivers_28589"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37723	"unnamed_Northern Rivers_28590"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37724	"unnamed_Northern Rivers_28591"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37725	"unnamed_Northern Rivers_28592"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37726	"unnamed_Northern Rivers_28593"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37727	"unnamed_Northern Rivers_28594"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37728	"unnamed_Northern Rivers_28595"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37729	"unnamed_Northern Rivers_28596"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37730	"unnamed_Northern Rivers_28597"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37731	"unnamed_Northern Rivers_28598"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37732	"unnamed_Northern Rivers_28599"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37733	"unnamed_Northern Rivers_28600"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37734	"unnamed_Northern Rivers_28601"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37735	"unnamed_Northern Rivers_28602"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37736	"unnamed_Northern Rivers_28603"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37737	"unnamed_Northern Rivers_28604"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37738	"unnamed_Northern Rivers_28605"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37739	"unnamed_Northern Rivers_28606"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37740	"unnamed_Northern Rivers_28607"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37741	"unnamed_Northern Rivers_28608"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37742	"unnamed_Northern Rivers_28609"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37743	"unnamed_Northern Rivers_28610"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37744	"unnamed_Northern Rivers_28611"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37745	"unnamed_Northern Rivers_28612"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37746	"unnamed_Northern Rivers_28613"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37747	"unnamed_Northern Rivers_28614"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37748	"unnamed_Northern Rivers_28615"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37749	"unnamed_Northern Rivers_28616"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37750	"unnamed_Northern Rivers_28617"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37751	"unnamed_Northern Rivers_28618"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37752	"unnamed_Northern Rivers_28619"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37753	"unnamed_Northern Rivers_28620"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37754	"unnamed_Northern Rivers_28621"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37755	"unnamed_Northern Rivers_28622"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37756	"unnamed_Northern Rivers_28623"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37757	"unnamed_Northern Rivers_28624"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37758	"unnamed_Northern Rivers_28625"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37759	"unnamed_Northern Rivers_28626"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37760	"unnamed_Northern Rivers_28627"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37761	"unnamed_Northern Rivers_28628"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37762	"unnamed_Northern Rivers_28629"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37763	"unnamed_Northern Rivers_28630"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37764	"unnamed_Northern Rivers_28631"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37765	"unnamed_Northern Rivers_28632"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37766	"unnamed_Northern Rivers_28633"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37767	"unnamed_Northern Rivers_28634"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37768	"unnamed_Northern Rivers_28635"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37769	"unnamed_Northern Rivers_28636"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37770	"unnamed_Northern Rivers_28637"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37771	"unnamed_Northern Rivers_28638"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37772	"unnamed_Northern Rivers_28639"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37773	"unnamed_Northern Rivers_28640"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37774	"unnamed_Northern Rivers_28641"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37775	"unnamed_Northern Rivers_28642"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37776	"unnamed_Northern Rivers_28643"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37777	"unnamed_Northern Rivers_28644"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37778	"unnamed_Northern Rivers_28645"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37779	"unnamed_Northern Rivers_28646"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37780	"unnamed_Northern Rivers_28647"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37781	"unnamed_Northern Rivers_28648"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37782	"unnamed_Northern Rivers_28649"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37783	"unnamed_Northern Rivers_28650"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37784	"unnamed_Northern Rivers_28651"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37785	"unnamed_Northern Rivers_28652"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37786	"unnamed_Northern Rivers_28653"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37787	"unnamed_Northern Rivers_28654"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37788	"unnamed_Northern Rivers_28655"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37789	"unnamed_Northern Rivers_28656"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37790	"unnamed_Northern Rivers_28657"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37791	"unnamed_Northern Rivers_28658"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37792	"unnamed_Northern Rivers_28659"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37793	"unnamed_Northern Rivers_28660"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37794	"unnamed_Northern Rivers_28661"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37795	"unnamed_Northern Rivers_28662"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37796	"unnamed_Northern Rivers_28663"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37797	"unnamed_Northern Rivers_28664"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37798	"unnamed_Northern Rivers_28665"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37799	"unnamed_Northern Rivers_28666"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37800	"unnamed_Northern Rivers_28667"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37801	"unnamed_Northern Rivers_28668"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37802	"unnamed_Northern Rivers_28669"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37803	"unnamed_Northern Rivers_28670"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37804	"unnamed_Northern Rivers_28671"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37805	"unnamed_Northern Rivers_28672"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37806	"unnamed_Northern Rivers_28673"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37807	"unnamed_Northern Rivers_28674"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37808	"unnamed_Northern Rivers_28675"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37809	"unnamed_Northern Rivers_28676"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37810	"unnamed_Northern Rivers_28677"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37811	"unnamed_Northern Rivers_28678"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37812	"unnamed_Northern Rivers_28679"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37813	"unnamed_Northern Rivers_28680"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37814	"unnamed_Northern Rivers_28681"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37815	"unnamed_Northern Rivers_28682"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37816	"unnamed_Northern Rivers_28683"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37817	"unnamed_Northern Rivers_28684"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37818	"unnamed_Northern Rivers_28685"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37819	"unnamed_Northern Rivers_28686"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37820	"unnamed_Northern Rivers_28687"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37821	"unnamed_Northern Rivers_28688"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37822	"unnamed_Northern Rivers_28689"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37823	"unnamed_Northern Rivers_28690"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37824	"unnamed_Northern Rivers_28691"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37825	"unnamed_Northern Rivers_28692"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37826	"unnamed_Northern Rivers_28693"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37827	"unnamed_Northern Rivers_28694"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37828	"unnamed_Northern Rivers_28695"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37829	"unnamed_Northern Rivers_28696"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37830	"unnamed_Northern Rivers_28697"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37831	"unnamed_Northern Rivers_28698"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37832	"unnamed_Northern Rivers_28699"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37833	"unnamed_Northern Rivers_28700"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37834	"unnamed_Northern Rivers_28701"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37835	"unnamed_Northern Rivers_28702"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37836	"unnamed_Northern Rivers_28703"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37837	"unnamed_Northern Rivers_28704"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37838	"unnamed_Northern Rivers_28705"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37839	"unnamed_Northern Rivers_28706"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37840	"unnamed_Northern Rivers_28707"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37841	"unnamed_Northern Rivers_28708"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37842	"unnamed_Northern Rivers_28709"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37843	"unnamed_Northern Rivers_28710"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37844	"unnamed_Northern Rivers_28711"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37845	"unnamed_Northern Rivers_28712"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37846	"unnamed_Northern Rivers_28713"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37847	"unnamed_Northern Rivers_28714"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37848	"unnamed_Northern Rivers_28715"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37849	"unnamed_Northern Rivers_28716"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37850	"unnamed_Northern Rivers_28717"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37851	"unnamed_Northern Rivers_28718"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37852	"unnamed_Northern Rivers_28719"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37853	"unnamed_Northern Rivers_28720"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37854	"unnamed_Northern Rivers_28721"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37855	"unnamed_Northern Rivers_28722"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37856	"unnamed_Northern Rivers_28723"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37857	"unnamed_Northern Rivers_28724"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37858	"unnamed_Northern Rivers_28725"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37859	"unnamed_Northern Rivers_28726"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37860	"unnamed_Northern Rivers_28727"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37861	"unnamed_Northern Rivers_28728"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37862	"unnamed_Northern Rivers_28729"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37863	"unnamed_Northern Rivers_28730"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37864	"unnamed_Northern Rivers_28731"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37865	"unnamed_Northern Rivers_28732"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37866	"unnamed_Northern Rivers_28733"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37867	"unnamed_Northern Rivers_28734"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37868	"unnamed_Northern Rivers_28735"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37869	"unnamed_Northern Rivers_28736"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37870	"unnamed_Northern Rivers_28737"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37871	"unnamed_Northern Rivers_28738"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37872	"unnamed_Northern Rivers_28739"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37873	"unnamed_Northern Rivers_28740"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37874	"unnamed_Northern Rivers_28741"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37875	"unnamed_Northern Rivers_28742"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37876	"unnamed_Northern Rivers_28743"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37877	"unnamed_Northern Rivers_28744"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37878	"unnamed_Northern Rivers_28745"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37879	"unnamed_Northern Rivers_28746"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37880	"unnamed_Northern Rivers_28747"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37881	"unnamed_Northern Rivers_28748"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37882	"unnamed_Northern Rivers_28749"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37883	"unnamed_Northern Rivers_28750"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37884	"unnamed_Northern Rivers_28751"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37885	"unnamed_Northern Rivers_28752"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37886	"unnamed_Northern Rivers_28753"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37887	"unnamed_Northern Rivers_28754"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37888	"unnamed_Northern Rivers_28755"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37889	"unnamed_Northern Rivers_28756"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37890	"unnamed_Northern Rivers_28757"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37891	"unnamed_Northern Rivers_28758"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37892	"unnamed_Northern Rivers_28759"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37893	"unnamed_Northern Rivers_28760"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37894	"unnamed_Northern Rivers_28761"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37895	"unnamed_Northern Rivers_28762"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37896	"unnamed_Northern Rivers_28763"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37897	"unnamed_Northern Rivers_28764"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37898	"unnamed_Northern Rivers_28765"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37899	"unnamed_Northern Rivers_28766"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37900	"unnamed_Northern Rivers_28767"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37901	"unnamed_Northern Rivers_28768"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37902	"unnamed_Northern Rivers_28769"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37903	"unnamed_Northern Rivers_28770"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37904	"unnamed_Northern Rivers_28771"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37905	"unnamed_Northern Rivers_28772"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37906	"unnamed_Northern Rivers_28773"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37907	"unnamed_Northern Rivers_28774"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37908	"unnamed_Northern Rivers_28775"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37909	"unnamed_Northern Rivers_28776"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37910	"unnamed_Northern Rivers_28777"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37911	"unnamed_Northern Rivers_28778"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37912	"unnamed_Northern Rivers_28779"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37913	"unnamed_Northern Rivers_28780"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37914	"unnamed_Northern Rivers_28781"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37915	"unnamed_Northern Rivers_28782"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37916	"unnamed_Northern Rivers_28783"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37917	"unnamed_Northern Rivers_28784"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37918	"unnamed_Northern Rivers_28785"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37919	"unnamed_Northern Rivers_28786"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37920	"unnamed_Northern Rivers_28787"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37921	"unnamed_Northern Rivers_28788"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37922	"unnamed_Northern Rivers_28789"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37923	"unnamed_Northern Rivers_28790"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37924	"unnamed_Northern Rivers_28791"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37925	"unnamed_Northern Rivers_28792"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37926	"unnamed_Northern Rivers_28793"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37927	"unnamed_Northern Rivers_28794"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37928	"unnamed_Northern Rivers_28795"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37929	"unnamed_Northern Rivers_28796"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37930	"unnamed_Northern Rivers_28797"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37931	"unnamed_Northern Rivers_28798"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37932	"unnamed_Northern Rivers_28799"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37933	"unnamed_Northern Rivers_28800"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37934	"unnamed_Northern Rivers_28801"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37935	"unnamed_Northern Rivers_28802"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37936	"unnamed_Northern Rivers_28803"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37937	"unnamed_Northern Rivers_28804"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37938	"unnamed_Northern Rivers_28805"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37939	"unnamed_Northern Rivers_28806"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37940	"unnamed_Northern Rivers_28807"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37941	"unnamed_Northern Rivers_28808"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37942	"unnamed_Northern Rivers_28809"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37943	"unnamed_Northern Rivers_28810"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37944	"unnamed_Northern Rivers_28811"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37945	"unnamed_Northern Rivers_28812"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37946	"unnamed_Northern Rivers_28813"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37947	"unnamed_Northern Rivers_28814"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37948	"unnamed_Northern Rivers_28815"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37949	"unnamed_Northern Rivers_28816"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37950	"unnamed_Northern Rivers_28817"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37951	"unnamed_Northern Rivers_28818"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37952	"unnamed_Northern Rivers_28819"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37953	"unnamed_Northern Rivers_28820"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37954	"unnamed_Northern Rivers_28821"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37955	"unnamed_Northern Rivers_28822"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37956	"unnamed_Northern Rivers_28823"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37957	"unnamed_Northern Rivers_28824"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37958	"unnamed_Northern Rivers_28825"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37959	"unnamed_Northern Rivers_28826"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37960	"unnamed_Northern Rivers_28827"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37961	"unnamed_Northern Rivers_28828"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37962	"unnamed_Northern Rivers_28829"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37963	"unnamed_Northern Rivers_28830"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37964	"unnamed_Northern Rivers_28831"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37965	"unnamed_Northern Rivers_28832"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37966	"unnamed_Northern Rivers_28833"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37967	"unnamed_Northern Rivers_28834"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37968	"unnamed_Northern Rivers_28835"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37969	"unnamed_Northern Rivers_28836"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37970	"unnamed_Northern Rivers_28837"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37971	"unnamed_Northern Rivers_28838"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37972	"unnamed_Northern Rivers_28839"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37973	"unnamed_Northern Rivers_28840"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37974	"unnamed_Northern Rivers_28841"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37975	"unnamed_Northern Rivers_28842"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37976	"unnamed_Northern Rivers_28843"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37977	"unnamed_Northern Rivers_28844"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37978	"unnamed_Northern Rivers_28845"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37979	"unnamed_Northern Rivers_28846"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37980	"unnamed_Northern Rivers_28847"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37981	"unnamed_Northern Rivers_28848"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37982	"unnamed_Northern Rivers_28849"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37983	"unnamed_Northern Rivers_28850"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37984	"unnamed_Northern Rivers_28851"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37985	"unnamed_Northern Rivers_28852"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37986	"unnamed_Northern Rivers_28853"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37987	"unnamed_Northern Rivers_28854"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37988	"unnamed_Northern Rivers_28855"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37989	"unnamed_Northern Rivers_28856"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37990	"unnamed_Northern Rivers_28857"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37991	"unnamed_Northern Rivers_28858"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37992	"unnamed_Northern Rivers_28859"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37993	"unnamed_Northern Rivers_28860"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37994	"unnamed_Northern Rivers_28861"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37995	"unnamed_Northern Rivers_28862"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37996	"unnamed_Northern Rivers_28863"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37997	"unnamed_Northern Rivers_28864"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37998	"unnamed_Northern Rivers_28865"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
37999	"unnamed_Northern Rivers_28866"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38000	"unnamed_Northern Rivers_28867"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38001	"unnamed_Northern Rivers_28868"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38002	"unnamed_Northern Rivers_28869"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38003	"unnamed_Northern Rivers_28870"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38004	"unnamed_Northern Rivers_28871"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38005	"unnamed_Northern Rivers_28872"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38006	"unnamed_Northern Rivers_28873"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38007	"unnamed_Northern Rivers_28874"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38008	"unnamed_Northern Rivers_28875"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38009	"unnamed_Northern Rivers_28876"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38010	"unnamed_Northern Rivers_28877"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38011	"unnamed_Northern Rivers_28878"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38012	"unnamed_Northern Rivers_28879"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38013	"unnamed_Northern Rivers_28880"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38014	"unnamed_Northern Rivers_28881"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38015	"unnamed_Northern Rivers_28882"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38016	"unnamed_Northern Rivers_28883"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38017	"unnamed_Northern Rivers_28884"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38018	"unnamed_Northern Rivers_28885"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38019	"unnamed_Northern Rivers_28886"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38020	"unnamed_Northern Rivers_28887"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38021	"unnamed_Northern Rivers_28888"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38022	"unnamed_Northern Rivers_28889"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38023	"unnamed_Northern Rivers_28890"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38024	"unnamed_Northern Rivers_28891"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38025	"unnamed_Northern Rivers_28892"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38026	"unnamed_Northern Rivers_28893"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38027	"unnamed_Northern Rivers_28894"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38028	"unnamed_Northern Rivers_28895"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38029	"unnamed_Northern Rivers_28896"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38030	"unnamed_Northern Rivers_28897"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38031	"unnamed_Northern Rivers_28898"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38032	"unnamed_Northern Rivers_28899"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38033	"unnamed_Northern Rivers_28900"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38034	"unnamed_Northern Rivers_28901"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38035	"unnamed_Northern Rivers_28902"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38036	"unnamed_Northern Rivers_28903"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38037	"unnamed_Northern Rivers_28904"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38038	"unnamed_Northern Rivers_28905"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38039	"unnamed_Northern Rivers_28906"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38040	"unnamed_Northern Rivers_28907"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38041	"unnamed_Northern Rivers_28908"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38042	"unnamed_Northern Rivers_28909"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38043	"unnamed_Northern Rivers_28910"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38044	"unnamed_Northern Rivers_28911"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38045	"unnamed_Northern Rivers_28912"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38046	"unnamed_Northern Rivers_28913"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38047	"unnamed_Northern Rivers_28914"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38048	"unnamed_Northern Rivers_28915"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38049	"unnamed_Northern Rivers_28916"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38050	"unnamed_Northern Rivers_28917"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38051	"unnamed_Northern Rivers_28918"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38052	"unnamed_Northern Rivers_28919"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38053	"unnamed_Northern Rivers_28920"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38054	"unnamed_Northern Rivers_28921"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38055	"unnamed_Northern Rivers_28922"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38056	"unnamed_Northern Rivers_28923"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38057	"unnamed_Northern Rivers_28924"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38058	"unnamed_Northern Rivers_28925"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38059	"unnamed_Northern Rivers_28926"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38060	"unnamed_Northern Rivers_28927"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38061	"unnamed_Northern Rivers_28928"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38062	"unnamed_Northern Rivers_28929"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38063	"unnamed_Northern Rivers_28930"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38064	"unnamed_Northern Rivers_28931"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38065	"unnamed_Northern Rivers_28932"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38066	"unnamed_Northern Rivers_28933"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38067	"unnamed_Northern Rivers_28934"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38068	"unnamed_Northern Rivers_28935"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38069	"unnamed_Northern Rivers_28936"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38070	"unnamed_Northern Rivers_28937"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38071	"unnamed_Northern Rivers_28938"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38072	"unnamed_Northern Rivers_28939"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38073	"unnamed_Northern Rivers_28940"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38074	"unnamed_Northern Rivers_28941"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38075	"unnamed_Northern Rivers_28942"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38076	"unnamed_Northern Rivers_28943"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38077	"unnamed_Northern Rivers_28944"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38078	"unnamed_Northern Rivers_28945"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38079	"unnamed_Northern Rivers_28946"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38080	"unnamed_Northern Rivers_28947"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38081	"unnamed_Northern Rivers_28948"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38082	"unnamed_Northern Rivers_28949"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38083	"unnamed_Northern Rivers_28950"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38084	"unnamed_Northern Rivers_28951"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38085	"unnamed_Northern Rivers_28952"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38086	"unnamed_Northern Rivers_28953"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38087	"unnamed_Northern Rivers_28954"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38088	"unnamed_Northern Rivers_28955"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38089	"unnamed_Northern Rivers_28956"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38090	"unnamed_Northern Rivers_28957"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38091	"unnamed_Northern Rivers_28958"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38092	"unnamed_Northern Rivers_28959"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38093	"unnamed_Northern Rivers_28960"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38094	"unnamed_Northern Rivers_28961"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38095	"unnamed_Northern Rivers_28962"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38096	"unnamed_Northern Rivers_28963"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38097	"unnamed_Northern Rivers_28964"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38098	"unnamed_Northern Rivers_28965"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38099	"unnamed_Northern Rivers_28966"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38100	"unnamed_Northern Rivers_28967"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38101	"unnamed_Northern Rivers_28968"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38102	"unnamed_Northern Rivers_28969"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38103	"unnamed_Northern Rivers_28970"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38104	"unnamed_Northern Rivers_28971"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38105	"unnamed_Northern Rivers_28972"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38106	"unnamed_Northern Rivers_28973"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38107	"unnamed_Northern Rivers_28974"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38108	"unnamed_Northern Rivers_28975"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38109	"unnamed_Northern Rivers_28976"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38110	"unnamed_Northern Rivers_28977"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38111	"unnamed_Northern Rivers_28978"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38112	"unnamed_Northern Rivers_28979"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38113	"unnamed_Northern Rivers_28980"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38114	"unnamed_Northern Rivers_28981"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38115	"unnamed_Northern Rivers_28982"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38116	"unnamed_Northern Rivers_28983"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38117	"unnamed_Northern Rivers_28984"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38118	"unnamed_Northern Rivers_28985"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38119	"unnamed_Northern Rivers_28986"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38120	"unnamed_Northern Rivers_28987"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38121	"unnamed_Northern Rivers_28988"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38122	"unnamed_Northern Rivers_28989"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38123	"unnamed_Northern Rivers_28990"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38124	"unnamed_Northern Rivers_28991"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38125	"unnamed_Northern Rivers_28992"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38126	"unnamed_Northern Rivers_28993"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38127	"unnamed_Northern Rivers_28994"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38128	"unnamed_Northern Rivers_28995"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38129	"unnamed_Northern Rivers_28996"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38130	"unnamed_Northern Rivers_28997"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38131	"unnamed_Northern Rivers_28998"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38132	"unnamed_Northern Rivers_28999"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38133	"unnamed_Northern Rivers_29000"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38134	"unnamed_Northern Rivers_29001"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38135	"unnamed_Northern Rivers_29002"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38136	"unnamed_Northern Rivers_29003"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38137	"unnamed_Northern Rivers_29004"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38138	"unnamed_Northern Rivers_29005"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38139	"unnamed_Northern Rivers_29006"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38140	"unnamed_Northern Rivers_29007"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38141	"unnamed_Northern Rivers_29008"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38142	"unnamed_Northern Rivers_29009"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38143	"unnamed_Northern Rivers_29010"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38144	"unnamed_Northern Rivers_29011"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38145	"unnamed_Northern Rivers_29012"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38146	"unnamed_Northern Rivers_29013"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38147	"unnamed_Northern Rivers_29014"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38148	"unnamed_Northern Rivers_29015"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38149	"unnamed_Northern Rivers_29016"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38150	"unnamed_Northern Rivers_29017"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38151	"unnamed_Northern Rivers_29018"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38152	"unnamed_Northern Rivers_29019"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38153	"unnamed_Northern Rivers_29020"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38154	"unnamed_Northern Rivers_29021"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38155	"unnamed_Northern Rivers_29022"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38156	"unnamed_Northern Rivers_29023"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38157	"unnamed_Northern Rivers_29024"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38158	"unnamed_Northern Rivers_29025"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38159	"unnamed_Northern Rivers_29026"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38160	"unnamed_Northern Rivers_29027"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38161	"unnamed_Northern Rivers_29028"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38162	"unnamed_Northern Rivers_29029"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38163	"unnamed_Northern Rivers_29030"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38164	"unnamed_Northern Rivers_29031"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38165	"unnamed_Northern Rivers_29032"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38166	"unnamed_Northern Rivers_29033"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38167	"unnamed_Northern Rivers_29034"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38168	"unnamed_Northern Rivers_29035"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38169	"unnamed_Northern Rivers_29036"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38170	"unnamed_Northern Rivers_29037"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38171	"unnamed_Northern Rivers_29038"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38172	"unnamed_Northern Rivers_29039"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38173	"unnamed_Northern Rivers_29040"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38174	"unnamed_Northern Rivers_29041"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38175	"unnamed_Northern Rivers_29042"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38176	"unnamed_Northern Rivers_29043"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38177	"unnamed_Northern Rivers_29044"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38178	"unnamed_Northern Rivers_29045"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38179	"unnamed_Northern Rivers_29046"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38180	"unnamed_Northern Rivers_29047"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38181	"unnamed_Northern Rivers_29048"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38182	"unnamed_Northern Rivers_29049"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38183	"unnamed_Northern Rivers_29050"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38184	"unnamed_Northern Rivers_29051"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38185	"unnamed_Northern Rivers_29052"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38186	"unnamed_Northern Rivers_29053"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38187	"unnamed_Northern Rivers_29054"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38188	"unnamed_Northern Rivers_29055"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38189	"unnamed_Northern Rivers_29056"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38190	"unnamed_Northern Rivers_29057"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38191	"unnamed_Northern Rivers_29058"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38192	"unnamed_Northern Rivers_29059"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38193	"unnamed_Northern Rivers_29060"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38194	"unnamed_Northern Rivers_29061"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38195	"unnamed_Northern Rivers_29062"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38196	"unnamed_Northern Rivers_29063"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38197	"unnamed_Northern Rivers_29064"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38198	"unnamed_Northern Rivers_29065"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38199	"unnamed_Northern Rivers_29066"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38200	"unnamed_Northern Rivers_29067"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38201	"unnamed_Northern Rivers_29068"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38202	"unnamed_Northern Rivers_29069"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38203	"unnamed_Northern Rivers_29070"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38204	"unnamed_Northern Rivers_29071"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38205	"unnamed_Northern Rivers_29072"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38206	"unnamed_Northern Rivers_29073"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38207	"unnamed_Northern Rivers_29074"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38208	"unnamed_Northern Rivers_29075"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38209	"unnamed_Northern Rivers_29076"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38210	"unnamed_Northern Rivers_29077"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38211	"unnamed_Northern Rivers_29078"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38212	"unnamed_Northern Rivers_29079"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38213	"unnamed_Northern Rivers_29080"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38214	"unnamed_Northern Rivers_29081"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38215	"unnamed_Northern Rivers_29082"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38216	"unnamed_Northern Rivers_29083"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38217	"unnamed_Northern Rivers_29084"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38218	"unnamed_Northern Rivers_29085"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38219	"unnamed_Northern Rivers_29086"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38220	"unnamed_Northern Rivers_29087"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38221	"unnamed_Northern Rivers_29088"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38222	"unnamed_Northern Rivers_29089"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38223	"unnamed_Northern Rivers_29090"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38224	"unnamed_Northern Rivers_29091"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38225	"unnamed_Northern Rivers_29092"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38226	"unnamed_Northern Rivers_29093"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38227	"unnamed_Northern Rivers_29094"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38228	"unnamed_Northern Rivers_29095"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38229	"unnamed_Northern Rivers_29096"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38230	"unnamed_Northern Rivers_29097"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38231	"unnamed_Northern Rivers_29098"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38232	"unnamed_Northern Rivers_29099"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38233	"unnamed_Northern Rivers_29100"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38234	"unnamed_Northern Rivers_29101"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38235	"unnamed_Northern Rivers_29102"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38236	"unnamed_Northern Rivers_29103"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38237	"unnamed_Northern Rivers_29104"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38238	"unnamed_Northern Rivers_29105"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38239	"unnamed_Northern Rivers_29106"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38240	"unnamed_Northern Rivers_29107"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38241	"unnamed_Northern Rivers_29108"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38242	"unnamed_Northern Rivers_29109"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38243	"unnamed_Northern Rivers_29110"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38244	"unnamed_Northern Rivers_29111"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38245	"unnamed_Northern Rivers_29112"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38246	"unnamed_Northern Rivers_29113"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38247	"unnamed_Northern Rivers_29114"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38248	"unnamed_Northern Rivers_29115"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38249	"unnamed_Northern Rivers_29116"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38250	"unnamed_Northern Rivers_29117"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38251	"unnamed_Northern Rivers_29118"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38252	"unnamed_Northern Rivers_29119"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38253	"unnamed_Northern Rivers_29120"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38254	"unnamed_Northern Rivers_29121"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38255	"unnamed_Northern Rivers_29122"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38256	"unnamed_Northern Rivers_29123"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38257	"unnamed_Northern Rivers_29124"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38258	"unnamed_Northern Rivers_29125"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38259	"unnamed_Northern Rivers_29126"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38260	"unnamed_Northern Rivers_29127"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38261	"unnamed_Northern Rivers_29128"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38262	"unnamed_Northern Rivers_29129"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38263	"unnamed_Northern Rivers_29130"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38264	"unnamed_Northern Rivers_29131"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38265	"unnamed_Northern Rivers_29132"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38266	"unnamed_Northern Rivers_29133"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38267	"unnamed_Northern Rivers_29134"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38268	"unnamed_Northern Rivers_29135"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38269	"unnamed_Northern Rivers_29136"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38270	"unnamed_Northern Rivers_29137"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38271	"unnamed_Northern Rivers_29138"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38272	"unnamed_Northern Rivers_29139"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38273	"unnamed_Northern Rivers_29140"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38274	"unnamed_Northern Rivers_29141"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38275	"unnamed_Northern Rivers_29142"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38276	"unnamed_Northern Rivers_29143"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38277	"unnamed_Northern Rivers_29144"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38278	"unnamed_Northern Rivers_29145"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38279	"unnamed_Northern Rivers_29146"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38280	"unnamed_Northern Rivers_29147"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38281	"unnamed_Northern Rivers_29148"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38282	"unnamed_Northern Rivers_29149"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38283	"unnamed_Northern Rivers_29150"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38284	"unnamed_Northern Rivers_29151"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38285	"unnamed_Northern Rivers_29152"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38286	"unnamed_Northern Rivers_29153"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38287	"unnamed_Northern Rivers_29154"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38288	"unnamed_Northern Rivers_29155"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38289	"unnamed_Northern Rivers_29156"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38290	"unnamed_Northern Rivers_29157"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38291	"unnamed_Northern Rivers_29158"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38292	"unnamed_Northern Rivers_29159"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38293	"unnamed_Northern Rivers_29160"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38294	"unnamed_Northern Rivers_29161"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38295	"unnamed_Northern Rivers_29162"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38296	"unnamed_Northern Rivers_29163"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38297	"unnamed_Northern Rivers_29164"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38298	"unnamed_Northern Rivers_29165"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38299	"unnamed_Northern Rivers_29166"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38300	"unnamed_Northern Rivers_29167"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38301	"unnamed_Northern Rivers_29168"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38302	"unnamed_Northern Rivers_29169"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38303	"unnamed_Northern Rivers_29170"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38304	"unnamed_Northern Rivers_29171"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38305	"unnamed_Northern Rivers_29172"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38306	"unnamed_Northern Rivers_29173"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38307	"unnamed_Northern Rivers_29174"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38308	"unnamed_Northern Rivers_29175"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38309	"unnamed_Northern Rivers_29176"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38310	"unnamed_Northern Rivers_29177"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38311	"unnamed_Northern Rivers_29178"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38312	"unnamed_Northern Rivers_29179"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38313	"unnamed_Northern Rivers_29180"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38314	"unnamed_Northern Rivers_29181"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38315	"unnamed_Northern Rivers_29182"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38316	"unnamed_Northern Rivers_29183"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38317	"unnamed_Northern Rivers_29184"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38318	"unnamed_Northern Rivers_29185"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38319	"unnamed_Northern Rivers_29186"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38320	"unnamed_Northern Rivers_29187"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38321	"unnamed_Northern Rivers_29188"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38322	"unnamed_Northern Rivers_29189"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38323	"unnamed_Northern Rivers_29190"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38324	"unnamed_Northern Rivers_29191"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38325	"unnamed_Northern Rivers_29192"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38326	"unnamed_Northern Rivers_29193"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38327	"unnamed_Northern Rivers_29194"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38328	"unnamed_Northern Rivers_29195"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38329	"unnamed_Northern Rivers_29196"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38330	"unnamed_Northern Rivers_29197"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38331	"unnamed_Northern Rivers_29198"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38332	"unnamed_Northern Rivers_29199"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38333	"unnamed_Northern Rivers_29200"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38334	"unnamed_Northern Rivers_29201"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38335	"unnamed_Northern Rivers_29202"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38336	"unnamed_Northern Rivers_29203"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38337	"unnamed_Northern Rivers_29204"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38338	"unnamed_Northern Rivers_29205"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38339	"unnamed_Northern Rivers_29206"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38340	"unnamed_Northern Rivers_29207"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38341	"unnamed_Northern Rivers_29208"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38342	"unnamed_Northern Rivers_29209"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38343	"unnamed_Northern Rivers_29210"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38344	"unnamed_Northern Rivers_29211"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38345	"unnamed_Northern Rivers_29212"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38346	"unnamed_Northern Rivers_29213"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38347	"unnamed_Northern Rivers_29214"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38348	"unnamed_Northern Rivers_29215"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38349	"unnamed_Northern Rivers_29216"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38350	"unnamed_Northern Rivers_29217"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38351	"unnamed_Northern Rivers_29218"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38352	"unnamed_Northern Rivers_29219"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38353	"unnamed_Northern Rivers_29220"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38354	"unnamed_Northern Rivers_29221"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38355	"unnamed_Northern Rivers_29222"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38356	"unnamed_Northern Rivers_29223"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38357	"unnamed_Northern Rivers_29224"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38358	"unnamed_Northern Rivers_29225"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38359	"unnamed_Northern Rivers_29226"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38360	"unnamed_Northern Rivers_29227"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38361	"unnamed_Northern Rivers_29228"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38362	"unnamed_Northern Rivers_29229"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38363	"unnamed_Northern Rivers_29230"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38364	"unnamed_Northern Rivers_29231"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38365	"unnamed_Northern Rivers_29232"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38366	"unnamed_Northern Rivers_29233"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38367	"unnamed_Northern Rivers_29234"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38368	"unnamed_Northern Rivers_29235"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38369	"unnamed_Northern Rivers_29236"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38370	"unnamed_Northern Rivers_29237"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38371	"unnamed_Northern Rivers_29238"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38372	"unnamed_Northern Rivers_29239"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38373	"unnamed_Northern Rivers_29240"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38374	"unnamed_Northern Rivers_29241"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38375	"unnamed_Northern Rivers_29242"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38376	"unnamed_Northern Rivers_29243"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38377	"unnamed_Northern Rivers_29244"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38378	"unnamed_Northern Rivers_29245"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38379	"unnamed_Northern Rivers_29246"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38380	"unnamed_Northern Rivers_29247"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38381	"unnamed_Northern Rivers_29248"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38382	"unnamed_Northern Rivers_29249"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38383	"unnamed_Northern Rivers_29250"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38384	"unnamed_Northern Rivers_29251"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38385	"unnamed_Northern Rivers_29252"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38386	"unnamed_Northern Rivers_29253"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38387	"unnamed_Northern Rivers_29254"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38388	"unnamed_Northern Rivers_29255"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38389	"unnamed_Northern Rivers_29256"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38390	"unnamed_Northern Rivers_29257"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38391	"unnamed_Northern Rivers_29258"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38392	"unnamed_Northern Rivers_29259"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38393	"unnamed_Northern Rivers_29260"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38394	"unnamed_Northern Rivers_29261"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38395	"unnamed_Northern Rivers_29262"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38396	"unnamed_Northern Rivers_29263"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38397	"unnamed_Northern Rivers_29264"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38398	"unnamed_Northern Rivers_29265"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38399	"unnamed_Northern Rivers_29266"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38400	"unnamed_Northern Rivers_29267"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38401	"unnamed_Northern Rivers_29268"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38402	"unnamed_Northern Rivers_29269"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38403	"unnamed_Northern Rivers_29270"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38404	"unnamed_Northern Rivers_29271"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38405	"unnamed_Northern Rivers_29272"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38406	"unnamed_Northern Rivers_29273"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38407	"unnamed_Northern Rivers_29274"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38408	"unnamed_Northern Rivers_29275"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38409	"unnamed_Northern Rivers_29276"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38410	"unnamed_Northern Rivers_29277"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38411	"unnamed_Northern Rivers_29278"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38412	"unnamed_Northern Rivers_29279"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38413	"unnamed_Northern Rivers_29280"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38414	"unnamed_Northern Rivers_29281"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38415	"unnamed_Northern Rivers_29282"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38416	"unnamed_Northern Rivers_29283"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38417	"unnamed_Northern Rivers_29284"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38418	"unnamed_Northern Rivers_29285"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38419	"unnamed_Northern Rivers_29286"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38420	"unnamed_Northern Rivers_29287"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38421	"unnamed_Northern Rivers_29288"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38422	"unnamed_Northern Rivers_29289"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38423	"unnamed_Northern Rivers_29290"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38424	"unnamed_Northern Rivers_29291"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38425	"unnamed_Northern Rivers_29292"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38426	"unnamed_Northern Rivers_29293"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38427	"unnamed_Northern Rivers_29294"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38428	"unnamed_Northern Rivers_29295"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38429	"unnamed_Northern Rivers_29296"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38430	"unnamed_Northern Rivers_29297"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38431	"unnamed_Northern Rivers_29298"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38432	"unnamed_Northern Rivers_29299"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38433	"unnamed_Northern Rivers_29300"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38434	"unnamed_Northern Rivers_29301"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38435	"unnamed_Northern Rivers_29302"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38436	"unnamed_Northern Rivers_29303"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38437	"unnamed_Northern Rivers_29304"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38438	"unnamed_Northern Rivers_29305"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38439	"unnamed_Northern Rivers_29306"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38440	"unnamed_Northern Rivers_29307"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38441	"unnamed_Northern Rivers_29308"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38442	"unnamed_Northern Rivers_29309"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38443	"unnamed_Northern Rivers_29310"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38444	"unnamed_Northern Rivers_29311"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38445	"unnamed_Northern Rivers_29312"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38446	"unnamed_Northern Rivers_29313"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38447	"unnamed_Northern Rivers_29314"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38448	"unnamed_Northern Rivers_29315"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38449	"unnamed_Northern Rivers_29316"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38450	"unnamed_Northern Rivers_29317"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38451	"unnamed_Northern Rivers_29318"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38452	"unnamed_Northern Rivers_29319"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38453	"unnamed_Northern Rivers_29320"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38454	"unnamed_Northern Rivers_29321"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38455	"unnamed_Northern Rivers_29322"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38456	"unnamed_Northern Rivers_29323"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38457	"unnamed_Northern Rivers_29324"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38458	"unnamed_Northern Rivers_29325"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38459	"unnamed_Northern Rivers_29326"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38460	"unnamed_Northern Rivers_29327"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38461	"unnamed_Northern Rivers_29328"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38462	"unnamed_Northern Rivers_29329"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38463	"unnamed_Northern Rivers_29330"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38464	"unnamed_Northern Rivers_29331"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38465	"unnamed_Northern Rivers_29332"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38466	"unnamed_Northern Rivers_29333"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38467	"unnamed_Northern Rivers_29334"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38468	"unnamed_Northern Rivers_29335"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38469	"unnamed_Northern Rivers_29336"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38470	"unnamed_Northern Rivers_29337"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38471	"unnamed_Northern Rivers_29338"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38472	"unnamed_Northern Rivers_29339"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38473	"unnamed_Northern Rivers_29340"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38474	"unnamed_Northern Rivers_29341"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38475	"unnamed_Northern Rivers_29342"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38476	"unnamed_Northern Rivers_29343"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38477	"unnamed_Northern Rivers_29344"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38478	"unnamed_Northern Rivers_29345"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38479	"unnamed_Northern Rivers_29346"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38480	"unnamed_Northern Rivers_29347"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38481	"unnamed_Northern Rivers_29348"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38482	"unnamed_Northern Rivers_29349"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38483	"unnamed_Northern Rivers_29350"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38484	"unnamed_Northern Rivers_29351"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38485	"unnamed_Northern Rivers_29352"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38486	"unnamed_Northern Rivers_29353"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38487	"unnamed_Northern Rivers_29354"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38488	"unnamed_Northern Rivers_29355"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38489	"unnamed_Northern Rivers_29356"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38490	"unnamed_Northern Rivers_29357"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38491	"unnamed_Northern Rivers_29358"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38492	"unnamed_Northern Rivers_29359"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38493	"unnamed_Northern Rivers_29360"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38494	"unnamed_Northern Rivers_29361"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38495	"unnamed_Northern Rivers_29362"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38496	"unnamed_Northern Rivers_29363"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38497	"unnamed_Northern Rivers_29364"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38498	"unnamed_Northern Rivers_29365"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38499	"unnamed_Northern Rivers_29366"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38500	"unnamed_Northern Rivers_29367"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38501	"unnamed_Northern Rivers_29368"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38502	"unnamed_Northern Rivers_29369"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38503	"unnamed_Northern Rivers_29370"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38504	"unnamed_Northern Rivers_29371"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38505	"unnamed_Northern Rivers_29372"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38506	"unnamed_Northern Rivers_29373"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38507	"unnamed_Northern Rivers_29374"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38508	"unnamed_Northern Rivers_29375"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38509	"unnamed_Northern Rivers_29376"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38510	"unnamed_Northern Rivers_29377"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38511	"unnamed_Northern Rivers_29378"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38512	"unnamed_Northern Rivers_29379"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38513	"unnamed_Northern Rivers_29380"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38514	"unnamed_Northern Rivers_29381"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38515	"unnamed_Northern Rivers_29382"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38516	"unnamed_Northern Rivers_29383"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38517	"unnamed_Northern Rivers_29384"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38518	"unnamed_Northern Rivers_29385"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38519	"unnamed_Northern Rivers_29386"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38520	"unnamed_Northern Rivers_29387"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38521	"unnamed_Northern Rivers_29388"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38522	"unnamed_Northern Rivers_29389"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38523	"unnamed_Northern Rivers_29390"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38524	"unnamed_Northern Rivers_29391"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38525	"unnamed_Northern Rivers_29392"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38526	"unnamed_Northern Rivers_29393"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38527	"unnamed_Northern Rivers_29394"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38528	"unnamed_Northern Rivers_29395"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38529	"unnamed_Northern Rivers_29396"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38530	"unnamed_Northern Rivers_29397"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38531	"unnamed_Northern Rivers_29398"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38532	"unnamed_Northern Rivers_29399"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38533	"unnamed_Northern Rivers_29400"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38534	"unnamed_Northern Rivers_29401"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38535	"unnamed_Northern Rivers_29402"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38536	"unnamed_Northern Rivers_29403"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38537	"unnamed_Northern Rivers_29404"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38538	"unnamed_Northern Rivers_29405"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38539	"unnamed_Northern Rivers_29406"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38540	"unnamed_Northern Rivers_29407"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38541	"unnamed_Northern Rivers_29408"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38542	"unnamed_Northern Rivers_29409"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38543	"unnamed_Northern Rivers_29410"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38544	"unnamed_Northern Rivers_29411"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38545	"unnamed_Northern Rivers_29412"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38546	"unnamed_Northern Rivers_29413"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38547	"unnamed_Northern Rivers_29414"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38548	"unnamed_Northern Rivers_29415"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38549	"unnamed_Northern Rivers_29416"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38550	"unnamed_Northern Rivers_29417"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38551	"unnamed_Northern Rivers_29418"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38552	"unnamed_Northern Rivers_29419"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38553	"unnamed_Northern Rivers_29420"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38554	"unnamed_Northern Rivers_29421"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38555	"unnamed_Northern Rivers_29422"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38556	"unnamed_Northern Rivers_29423"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38557	"unnamed_Northern Rivers_29424"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38558	"unnamed_Northern Rivers_29425"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38559	"unnamed_Northern Rivers_29426"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38560	"unnamed_Northern Rivers_29427"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38561	"unnamed_Northern Rivers_29428"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38562	"unnamed_Northern Rivers_29429"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38563	"unnamed_Northern Rivers_29430"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38564	"unnamed_Northern Rivers_29431"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38565	"unnamed_Northern Rivers_29432"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38566	"unnamed_Northern Rivers_29433"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38567	"unnamed_Northern Rivers_29434"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38568	"unnamed_Northern Rivers_29435"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38569	"unnamed_Northern Rivers_29436"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38570	"unnamed_Northern Rivers_29437"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38571	"unnamed_Northern Rivers_29438"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38572	"unnamed_Northern Rivers_29439"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38573	"unnamed_Northern Rivers_29440"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38574	"unnamed_Northern Rivers_29441"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38575	"unnamed_Northern Rivers_29442"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38576	"unnamed_Northern Rivers_29443"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38577	"unnamed_Northern Rivers_29444"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38578	"unnamed_Northern Rivers_29445"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38579	"unnamed_Northern Rivers_29446"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38580	"unnamed_Northern Rivers_29447"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38581	"unnamed_Northern Rivers_29448"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38582	"unnamed_Northern Rivers_29449"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38583	"unnamed_Northern Rivers_29450"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38584	"unnamed_Northern Rivers_29451"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38585	"unnamed_Northern Rivers_29452"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38586	"unnamed_Northern Rivers_29453"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38587	"unnamed_Northern Rivers_29454"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38588	"unnamed_Northern Rivers_29455"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38589	"unnamed_Northern Rivers_29456"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38590	"unnamed_Northern Rivers_29457"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38591	"unnamed_Northern Rivers_29458"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38592	"unnamed_Northern Rivers_29459"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38593	"unnamed_Northern Rivers_29460"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38594	"unnamed_Northern Rivers_29461"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38595	"unnamed_Northern Rivers_29462"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38596	"unnamed_Northern Rivers_29463"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38597	"unnamed_Northern Rivers_29464"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38598	"unnamed_Northern Rivers_29465"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38599	"unnamed_Northern Rivers_29466"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38600	"unnamed_Northern Rivers_29468"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38601	"unnamed_Northern Rivers_29469"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38602	"unnamed_Northern Rivers_29470"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38603	"unnamed_Northern Rivers_29471"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38604	"unnamed_Northern Rivers_29472"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38605	"unnamed_Northern Rivers_29473"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38606	"unnamed_Northern Rivers_29474"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38607	"unnamed_Northern Rivers_29475"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38608	"unnamed_Northern Rivers_29476"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38609	"unnamed_Northern Rivers_29477"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38610	"unnamed_Northern Rivers_29478"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38611	"unnamed_Northern Rivers_29479"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38612	"unnamed_Northern Rivers_29480"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38613	"unnamed_Northern Rivers_29481"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38614	"unnamed_Northern Rivers_29482"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38615	"unnamed_Northern Rivers_29483"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38616	"unnamed_Northern Rivers_29484"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38617	"unnamed_Northern Rivers_29485"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38618	"unnamed_Northern Rivers_29486"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38619	"unnamed_Northern Rivers_29487"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38620	"unnamed_Northern Rivers_29488"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38621	"unnamed_Northern Rivers_29489"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38622	"unnamed_Northern Rivers_29490"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38623	"unnamed_Northern Rivers_29491"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38624	"unnamed_Northern Rivers_29492"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38625	"unnamed_Northern Rivers_29493"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38626	"unnamed_Northern Rivers_29494"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38627	"unnamed_Northern Rivers_29495"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38628	"unnamed_Northern Rivers_29496"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38629	"unnamed_Northern Rivers_29497"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38630	"unnamed_Northern Rivers_29498"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38631	"unnamed_Northern Rivers_29499"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38632	"unnamed_Northern Rivers_29500"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38633	"unnamed_Northern Rivers_29501"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38634	"unnamed_Northern Rivers_29502"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38635	"unnamed_Northern Rivers_29503"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38636	"unnamed_Northern Rivers_29504"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38637	"unnamed_Northern Rivers_29505"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38638	"unnamed_Northern Rivers_29506"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38639	"unnamed_Northern Rivers_29507"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38640	"unnamed_Northern Rivers_29508"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38641	"unnamed_Northern Rivers_29509"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38642	"unnamed_Northern Rivers_29510"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38643	"unnamed_Northern Rivers_29511"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38644	"unnamed_Northern Rivers_29512"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38645	"unnamed_Northern Rivers_29513"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38646	"unnamed_Northern Rivers_29514"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38647	"unnamed_Northern Rivers_29515"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38648	"unnamed_Northern Rivers_29516"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38649	"unnamed_Northern Rivers_29517"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38650	"unnamed_Northern Rivers_29518"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38651	"unnamed_Northern Rivers_29519"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38652	"unnamed_Northern Rivers_29520"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38653	"unnamed_Northern Rivers_29521"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38654	"unnamed_Northern Rivers_29522"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38655	"unnamed_Northern Rivers_29523"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38656	"unnamed_Northern Rivers_29524"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38657	"unnamed_Northern Rivers_29525"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38658	"unnamed_Northern Rivers_29526"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38659	"unnamed_Northern Rivers_29527"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38660	"unnamed_Northern Rivers_29528"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38661	"unnamed_Northern Rivers_29529"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38662	"unnamed_Northern Rivers_29530"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38663	"unnamed_Northern Rivers_29531"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38664	"unnamed_Northern Rivers_29532"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38665	"unnamed_Northern Rivers_29533"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38666	"unnamed_Northern Rivers_29534"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38667	"unnamed_Northern Rivers_29535"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38668	"unnamed_Northern Rivers_29536"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38669	"unnamed_Northern Rivers_29537"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38670	"unnamed_Northern Rivers_29538"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38671	"unnamed_Northern Rivers_29539"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38672	"unnamed_Northern Rivers_29540"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38673	"unnamed_Northern Rivers_29541"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38674	"unnamed_Northern Rivers_29542"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38675	"unnamed_Northern Rivers_29543"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38676	"unnamed_Northern Rivers_29544"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38677	"unnamed_Northern Rivers_29545"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38678	"unnamed_Northern Rivers_29546"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38679	"unnamed_Northern Rivers_29547"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38680	"unnamed_Northern Rivers_29548"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38681	"unnamed_Northern Rivers_29549"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38682	"unnamed_Northern Rivers_29550"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38683	"unnamed_Northern Rivers_29551"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38684	"unnamed_Northern Rivers_29552"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38685	"unnamed_Northern Rivers_29553"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38686	"unnamed_Northern Rivers_29554"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38687	"unnamed_Northern Rivers_29555"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38688	"unnamed_Northern Rivers_29556"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38689	"unnamed_Northern Rivers_29557"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38690	"unnamed_Northern Rivers_29558"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38691	"unnamed_Northern Rivers_29559"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38692	"unnamed_Northern Rivers_29560"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38693	"unnamed_Northern Rivers_29561"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38694	"unnamed_Northern Rivers_29562"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38695	"unnamed_Northern Rivers_29563"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38696	"unnamed_Northern Rivers_29564"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38697	"unnamed_Northern Rivers_29565"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38698	"unnamed_Northern Rivers_29566"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38699	"unnamed_Northern Rivers_29567"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38700	"unnamed_Northern Rivers_29568"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38701	"unnamed_Northern Rivers_29569"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38702	"unnamed_Northern Rivers_29570"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38703	"unnamed_Northern Rivers_29571"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38704	"unnamed_Northern Rivers_29572"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38705	"unnamed_Northern Rivers_29573"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38706	"unnamed_Northern Rivers_29574"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38707	"unnamed_Northern Rivers_29575"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38708	"unnamed_Northern Rivers_29576"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38709	"unnamed_Northern Rivers_29577"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38710	"unnamed_Northern Rivers_29578"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38711	"unnamed_Northern Rivers_29579"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38712	"unnamed_Northern Rivers_29580"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38713	"unnamed_Northern Rivers_29581"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38714	"unnamed_Northern Rivers_29582"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38715	"unnamed_Northern Rivers_29583"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38716	"unnamed_Northern Rivers_29584"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38717	"unnamed_Northern Rivers_29585"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38718	"unnamed_Northern Rivers_29586"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38719	"unnamed_Northern Rivers_29587"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38720	"unnamed_Northern Rivers_29588"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38721	"unnamed_Northern Rivers_29589"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38722	"unnamed_Northern Rivers_29590"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38723	"unnamed_Northern Rivers_29591"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38724	"unnamed_Northern Rivers_29592"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38725	"unnamed_Northern Rivers_29593"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38726	"unnamed_Northern Rivers_29594"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38727	"unnamed_Northern Rivers_29595"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38728	"unnamed_Northern Rivers_29596"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38729	"unnamed_Northern Rivers_29597"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38730	"unnamed_Northern Rivers_29598"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38731	"unnamed_Northern Rivers_29599"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38732	"unnamed_Northern Rivers_29600"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38733	"unnamed_Northern Rivers_29601"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38734	"unnamed_Northern Rivers_29602"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38735	"unnamed_Northern Rivers_29603"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38736	"unnamed_Northern Rivers_29604"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38737	"unnamed_Northern Rivers_29605"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38738	"unnamed_Northern Rivers_29606"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38739	"unnamed_Northern Rivers_29607"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38740	"unnamed_Northern Rivers_29608"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38741	"unnamed_Northern Rivers_29609"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38742	"unnamed_Northern Rivers_29610"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38743	"unnamed_Northern Rivers_29611"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38744	"unnamed_Northern Rivers_29612"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38745	"unnamed_Northern Rivers_29613"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38746	"unnamed_Northern Rivers_29614"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38747	"unnamed_Northern Rivers_29615"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38748	"unnamed_Northern Rivers_29616"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38749	"unnamed_Northern Rivers_29617"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38750	"unnamed_Northern Rivers_29618"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38751	"unnamed_Northern Rivers_29619"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38752	"unnamed_Northern Rivers_29620"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38753	"unnamed_Northern Rivers_29621"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38754	"unnamed_Northern Rivers_29622"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38755	"unnamed_Northern Rivers_29623"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38756	"unnamed_Northern Rivers_29624"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38757	"unnamed_Northern Rivers_29625"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38758	"unnamed_Northern Rivers_29626"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38759	"unnamed_Northern Rivers_29627"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38760	"unnamed_Northern Rivers_29628"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38761	"unnamed_Northern Rivers_29629"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38762	"unnamed_Northern Rivers_29630"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38763	"unnamed_Northern Rivers_29631"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38764	"unnamed_Northern Rivers_29632"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38765	"unnamed_Northern Rivers_29633"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38766	"unnamed_Northern Rivers_29634"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38767	"unnamed_Northern Rivers_29635"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38768	"unnamed_Northern Rivers_29636"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38769	"unnamed_Northern Rivers_29637"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38770	"unnamed_Northern Rivers_29638"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38771	"unnamed_Northern Rivers_29639"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38772	"unnamed_Northern Rivers_29640"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38773	"unnamed_Northern Rivers_29641"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38774	"unnamed_Northern Rivers_29642"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38775	"unnamed_Northern Rivers_29643"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38776	"unnamed_Northern Rivers_29644"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38777	"unnamed_Northern Rivers_29645"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38783	"Amphletts Lagoon_Northern Rivers_29651"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38784	"Ashby_Northern Rivers_29652"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38785	"Benauds Lagoon_Northern Rivers_29653"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38786	"Benauds Lagoon_Northern Rivers_29654"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38787	"Blaxlands Swamp_Northern Rivers_29655"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38788	"Bostocks Waterholes_Northern Rivers_29656"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38789	"Bullock Swamp_Northern Rivers_29657"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38790	"Bullock Swamp Creek Dam_Northern Rivers_29658"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38791	"busbys waterthole_Northern Rivers_29659"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38792	"Chainy Waterholes_Northern Rivers_29660"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38793	"Clarence Broadwater_Northern Rivers_29661"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38794	"Clarence Broadwater_Northern Rivers_29662"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38795	"Clarence Broadwater_Northern Rivers_29663"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38796	"Clarence Broadwater_Northern Rivers_29664"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38797	"Clarence Broadwater_Northern Rivers_29665"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38798	"Clarence Broadwater_Northern Rivers_29666"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38799	"Colletts SWAMP_Northern Rivers_29667"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38800	"Coutts Crossing_Northern Rivers_29668"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38801	"CROWSNEST & Ellis SWAMP_Northern Rivers_29669"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38802	"CROWSNEST SWAMP_Northern Rivers_29670"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38803	"Deep Lagoon_Northern Rivers_29671"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38804	"Diamond Waterholes_Northern Rivers_29672"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38805	"Ellis SWAMP_Northern Rivers_29673"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38806	"Emigrant Creek Dam_Northern Rivers_29674"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38807	"Esk River_Northern Rivers_29675"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38808	"Esk River_Northern Rivers_29676"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38809	"Esk River_Northern Rivers_29677"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38810	"Esk River_Northern Rivers_29678"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38811	"gurranang dam_Northern Rivers_29679"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38812	"Hannahs Lagoon_Northern Rivers_29680"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38813	"Harrington Lagoon_Northern Rivers_29681"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38814	"Hell Hole Lagoon_Northern Rivers_29682"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38815	"Hell Hole Lagoon_Northern Rivers_29683"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38816	"Hell Hole Lagoon_Northern Rivers_29684"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38817	"Hell Hole Lagoon_Northern Rivers_29685"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38818	"Horseshoe Lagoon_Northern Rivers_29686"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38819	"Horseshoe Lagoon_Northern Rivers_29687"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38820	"Horseshoe Waterhole_Northern Rivers_29688"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38821	"Jabiru Geneebeinga Wetlands_Northern Rivers_29689"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38822	"Jackie Bulbin Creek_Northern Rivers_29690"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38823	"Jackie Bulbin Creek_Northern Rivers_29691"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38824	"James Creek_Northern Rivers_29692"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38825	"James Creek_Northern Rivers_29693"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38826	"James Creek_Northern Rivers_29694"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38827	"James Creek_Northern Rivers_29695"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38828	"James Creek_Northern Rivers_29696"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38829	"James Creek_Northern Rivers_29697"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38830	"unnamed_Northern Rivers_29698"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38831	"unnamed_Northern Rivers_29699"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38832	"unnamed_Northern Rivers_29700"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38833	"unnamed_Northern Rivers_29701"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38834	"unnamed_Northern Rivers_29702"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38835	"unnamed_Northern Rivers_29703"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38837	"Lemonade Lagoon_Northern Rivers_29705"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38838	"Lismore Lake_Northern Rivers_29706"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38839	"Little Marsh_Northern Rivers_29707"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38840	"Long Lagoon_Northern Rivers_29708"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38841	"Long Swamp_Northern Rivers_29709"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38842	"Lower Coldstream_Northern Rivers_29710"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38843	"McLachlan Waterhole_Northern Rivers_29711"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38844	"Morgans SWAMP_Northern Rivers_29712"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38845	"Oaky Creek_Northern Rivers_29713"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38846	"Oaky Creek_Northern Rivers_29714"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38847	"Olives Swamp_Northern Rivers_29715"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38848	"unnamed_Northern Rivers_29716"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38849	"unnamed_Northern Rivers_29717"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38850	"Physics Lagoon_Northern Rivers_29718"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38851	"Pumphouse Waterhole_Northern Rivers_29719"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38852	"Redcliff_Northern Rivers_29720"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38853	"Richmond Wetlands_Northern Rivers_29721"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38854	"Richmond Wetlands_Northern Rivers_29722"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38855	"Richmond Wetlands_Northern Rivers_29723"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38856	"Richmond Wetlands_Northern Rivers_29724"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38857	"Richmond Wetlands_Northern Rivers_29725"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38858	"Richmond Wetlands_Northern Rivers_29726"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38859	"Richmond Wetlands_Northern Rivers_29727"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38860	"Richmond Wetlands_Northern Rivers_29728"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38861	"Richmond Wetlands_Northern Rivers_29729"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38862	"Richmond Wetlands_Northern Rivers_29730"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38863	"Richmond Wetlands_Northern Rivers_29731"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38864	"Richmond Wetlands_Northern Rivers_29732"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38865	"Richmond Wetlands_Northern Rivers_29733"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38866	"Richmond Wetlands_Northern Rivers_29734"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38867	"Richmond Wetlands_Northern Rivers_29735"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38868	"Richmond Wetlands_Northern Rivers_29736"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38869	"Richmond Wetlands_Northern Rivers_29737"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38870	"Richmond Wetlands_Northern Rivers_29738"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38871	"Richmond Wetlands_Northern Rivers_29739"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38872	"Richmond Wetlands_Northern Rivers_29740"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38873	"Richmond Wetlands_Northern Rivers_29741"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38874	"Richmond Wetlands_Northern Rivers_29742"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38875	"Richmond Wetlands_Northern Rivers_29743"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38876	"Richmond Wetlands_Northern Rivers_29744"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38877	"Richmond Wetlands_Northern Rivers_29745"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38878	"Richmond Wetlands_Northern Rivers_29746"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38879	"Richmond Wetlands_Northern Rivers_29747"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38880	"Richmond Wetlands_Northern Rivers_29748"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38881	"Richmond Wetlands_Northern Rivers_29749"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38882	"Richmond Wetlands_Northern Rivers_29750"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38883	"Richmond Wetlands_Northern Rivers_29751"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38884	"Richmond Wetlands_Northern Rivers_29752"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38885	"Richmond Wetlands_Northern Rivers_29753"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38886	"Richmond Wetlands_Northern Rivers_29754"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38887	"Richmond Wetlands_Northern Rivers_29755"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38888	"Richmond Wetlands_Northern Rivers_29756"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38889	"Richmond Wetlands_Northern Rivers_29757"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38890	"Richmond Wetlands_Northern Rivers_29758"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38891	"Richmond Wetlands_Northern Rivers_29759"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38892	"Richmond Wetlands_Northern Rivers_29760"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38893	"Richmond Wetlands_Northern Rivers_29761"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38894	"Richmond Wetlands_Northern Rivers_29762"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38895	"Richmond Wetlands_Northern Rivers_29763"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38896	"Richmond Wetlands_Northern Rivers_29764"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38897	"Richmond Wetlands_Northern Rivers_29765"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38898	"Richmond Wetlands_Northern Rivers_29766"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38899	"Richmond Wetlands_Northern Rivers_29767"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38900	"Richmond Wetlands_Northern Rivers_29768"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38901	"Richmond Wetlands_Northern Rivers_29769"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38902	"Richmond Wetlands_Northern Rivers_29770"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38903	"Richmond Wetlands_Northern Rivers_29771"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38904	"Richmond Wetlands_Northern Rivers_29772"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38905	"Richmond Wetlands_Northern Rivers_29773"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38906	"Richmond Wetlands_Northern Rivers_29774"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38907	"Richmond Wetlands_Northern Rivers_29775"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38908	"Richmond Wetlands_Northern Rivers_29776"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38909	"Richmond Wetlands_Northern Rivers_29777"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38910	"Richmond Wetlands_Northern Rivers_29778"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38911	"Richmond Wetlands_Northern Rivers_29779"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38912	"Richmond Wetlands_Northern Rivers_29780"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38913	"Richmond Wetlands_Northern Rivers_29781"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38914	"Richmond Wetlands_Northern Rivers_29782"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38915	"Richmond Wetlands_Northern Rivers_29783"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38916	"Richmond Wetlands_Northern Rivers_29784"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38917	"Richmond Wetlands_Northern Rivers_29785"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38918	"Richmond Wetlands_Northern Rivers_29786"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38919	"Richmond Wetlands_Northern Rivers_29787"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38920	"Richmond Wetlands_Northern Rivers_29788"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38921	"Richmond Wetlands_Northern Rivers_29789"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38922	"Richmond Wetlands_Northern Rivers_29790"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38923	"Richmond Wetlands_Northern Rivers_29791"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38924	"Richmond Wetlands_Northern Rivers_29792"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38925	"Richmond Wetlands_Northern Rivers_29793"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38926	"Richmond Wetlands_Northern Rivers_29794"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38927	"Richmond Wetlands_Northern Rivers_29795"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38928	"Richmond Wetlands_Northern Rivers_29796"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38929	"Richmond Wetlands_Northern Rivers_29797"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38930	"Richmond Wetlands_Northern Rivers_29798"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38931	"Richmond Wetlands_Northern Rivers_29799"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38932	"Richmond Wetlands_Northern Rivers_29800"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38933	"Richmond Wetlands_Northern Rivers_29801"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38934	"Richmond Wetlands_Northern Rivers_29802"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38935	"Richmond Wetlands_Northern Rivers_29803"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38936	"Richmond Wetlands_Northern Rivers_29804"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38937	"Richmond Wetlands_Northern Rivers_29805"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38938	"Richmond Wetlands_Northern Rivers_29806"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38939	"Richmond Wetlands_Northern Rivers_29807"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38940	"Richmond Wetlands_Northern Rivers_29808"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38941	"Richmond Wetlands_Northern Rivers_29809"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38942	"Richmond Wetlands_Northern Rivers_29810"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38943	"Richmond Wetlands_Northern Rivers_29811"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38944	"Richmond Wetlands_Northern Rivers_29812"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38945	"Richmond Wetlands_Northern Rivers_29813"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38946	"Richmond Wetlands_Northern Rivers_29814"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38947	"Richmond Wetlands_Northern Rivers_29815"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38948	"Richmond Wetlands_Northern Rivers_29816"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38949	"Richmond Wetlands_Northern Rivers_29817"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38950	"Richmond Wetlands_Northern Rivers_29818"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38951	"Richmond Wetlands_Northern Rivers_29819"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38952	"Richmond Wetlands_Northern Rivers_29820"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38953	"Richmond Wetlands_Northern Rivers_29821"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38954	"Richmond Wetlands_Northern Rivers_29822"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38955	"Richmond Wetlands_Northern Rivers_29823"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38956	"Richmond Wetlands_Northern Rivers_29824"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38957	"Richmond Wetlands_Northern Rivers_29825"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38958	"Richmond Wetlands_Northern Rivers_29826"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38959	"Richmond Wetlands_Northern Rivers_29827"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38960	"Richmond Wetlands_Northern Rivers_29828"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38961	"Richmond Wetlands_Northern Rivers_29829"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38962	"Richmond Wetlands_Northern Rivers_29830"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38963	"Richmond Wetlands_Northern Rivers_29831"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38964	"Richmond Wetlands_Northern Rivers_29832"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38965	"Richmond Wetlands_Northern Rivers_29833"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38966	"Richmond Wetlands_Northern Rivers_29834"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38967	"Richmond Wetlands_Northern Rivers_29835"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38968	"Richmond Wetlands_Northern Rivers_29836"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38969	"Richmond Wetlands_Northern Rivers_29837"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38970	"Richmond Wetlands_Northern Rivers_29838"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38971	"Richmond Wetlands_Northern Rivers_29839"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38972	"Richmond Wetlands_Northern Rivers_29840"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38973	"Richmond Wetlands_Northern Rivers_29841"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38974	"Richmond Wetlands_Northern Rivers_29842"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38975	"Richmond Wetlands_Northern Rivers_29843"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38976	"Richmond Wetlands_Northern Rivers_29844"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38977	"Richmond Wetlands_Northern Rivers_29845"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38978	"Richmond Wetlands_Northern Rivers_29846"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38979	"Richmond Wetlands_Northern Rivers_29847"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38980	"Richmond Wetlands_Northern Rivers_29848"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38981	"Richmond Wetlands_Northern Rivers_29849"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38982	"Richmond Wetlands_Northern Rivers_29850"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38983	"Richmond Wetlands_Northern Rivers_29851"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38984	"Richmond Wetlands_Northern Rivers_29852"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38985	"Richmond Wetlands_Northern Rivers_29853"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38986	"Richmond Wetlands_Northern Rivers_29854"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38987	"Richmond Wetlands_Northern Rivers_29855"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38988	"Richmond Wetlands_Northern Rivers_29856"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38989	"Richmond Wetlands_Northern Rivers_29857"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38990	"Richmond Wetlands_Northern Rivers_29858"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38991	"Richmond Wetlands_Northern Rivers_29859"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38992	"Richmond Wetlands_Northern Rivers_29860"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38993	"Richmond Wetlands_Northern Rivers_29861"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38994	"Richmond Wetlands_Northern Rivers_29862"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38995	"Richmond Wetlands_Northern Rivers_29863"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38996	"Richmond Wetlands_Northern Rivers_29864"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38997	"Richmond Wetlands_Northern Rivers_29865"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38998	"Richmond Wetlands_Northern Rivers_29866"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
38999	"Richmond Wetlands_Northern Rivers_29867"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39000	"Richmond Wetlands_Northern Rivers_29868"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39001	"Richmond Wetlands_Northern Rivers_29869"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39002	"Richmond Wetlands_Northern Rivers_29870"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39003	"Richmond Wetlands_Northern Rivers_29871"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39004	"Richmond Wetlands_Northern Rivers_29872"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39005	"Richmond Wetlands_Northern Rivers_29873"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39006	"Richmond Wetlands_Northern Rivers_29874"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39007	"Richmond Wetlands_Northern Rivers_29875"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39008	"Richmond Wetlands_Northern Rivers_29876"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39009	"Richmond Wetlands_Northern Rivers_29877"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39010	"Richmond Wetlands_Northern Rivers_29878"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39011	"Richmond Wetlands_Northern Rivers_29879"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39012	"Richmond Wetlands_Northern Rivers_29880"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39013	"Richmond Wetlands_Northern Rivers_29881"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39014	"Richmond Wetlands_Northern Rivers_29882"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39015	"Richmond Wetlands_Northern Rivers_29883"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39016	"Richmond Wetlands_Northern Rivers_29884"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39017	"Richmond Wetlands_Northern Rivers_29885"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39018	"Richmond Wetlands_Northern Rivers_29886"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39019	"Richmond Wetlands_Northern Rivers_29887"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39020	"Richmond Wetlands_Northern Rivers_29888"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39021	"Richmond Wetlands_Northern Rivers_29889"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39022	"Richmond Wetlands_Northern Rivers_29890"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39023	"Richmond Wetlands_Northern Rivers_29891"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39024	"Richmond Wetlands_Northern Rivers_29892"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39025	"Richmond Wetlands_Northern Rivers_29893"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39026	"Richmond Wetlands_Northern Rivers_29894"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39027	"Richmond Wetlands_Northern Rivers_29895"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39028	"Richmond Wetlands_Northern Rivers_29896"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39029	"Richmond Wetlands_Northern Rivers_29897"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39030	"Richmond Wetlands_Northern Rivers_29898"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39031	"Richmond Wetlands_Northern Rivers_29899"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39032	"Richmond Wetlands_Northern Rivers_29900"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39033	"Richmond Wetlands_Northern Rivers_29901"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39034	"Richmond Wetlands_Northern Rivers_29902"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39035	"Richmond Wetlands_Northern Rivers_29903"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39036	"Richmond Wetlands_Northern Rivers_29904"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39037	"Richmond Wetlands_Northern Rivers_29905"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39038	"Richmond Wetlands_Northern Rivers_29906"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39039	"Richmond Wetlands_Northern Rivers_29907"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39040	"Richmond Wetlands_Northern Rivers_29908"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39041	"Richmond Wetlands_Northern Rivers_29909"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39042	"Richmond Wetlands_Northern Rivers_29910"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39043	"Richmond Wetlands_Northern Rivers_29911"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39044	"Richmond Wetlands_Northern Rivers_29912"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39045	"Richmond Wetlands_Northern Rivers_29913"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39046	"Richmond Wetlands_Northern Rivers_29914"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39047	"Richmond Wetlands_Northern Rivers_29915"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39048	"Richmond Wetlands_Northern Rivers_29916"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39049	"Richmond Wetlands_Northern Rivers_29917"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39050	"Richmond Wetlands_Northern Rivers_29918"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39051	"Richmond Wetlands_Northern Rivers_29919"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39052	"Richmond Wetlands_Northern Rivers_29920"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39053	"Richmond Wetlands_Northern Rivers_29921"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39054	"Richmond Wetlands_Northern Rivers_29922"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39055	"Richmond Wetlands_Northern Rivers_29923"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39056	"Richmond Wetlands_Northern Rivers_29924"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39057	"Richmond Wetlands_Northern Rivers_29925"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39058	"Richmond Wetlands_Northern Rivers_29926"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39059	"Richmond Wetlands_Northern Rivers_29927"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39060	"Richmond Wetlands_Northern Rivers_29928"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39061	"Richmond Wetlands_Northern Rivers_29929"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39062	"Richmond Wetlands_Northern Rivers_29930"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39063	"Richmond Wetlands_Northern Rivers_29931"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39064	"Richmond Wetlands_Northern Rivers_29932"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39065	"Richmond Wetlands_Northern Rivers_29933"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39066	"Richmond Wetlands_Northern Rivers_29934"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39067	"Richmond Wetlands_Northern Rivers_29935"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39068	"Richmond Wetlands_Northern Rivers_29936"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39069	"Richmond Wetlands_Northern Rivers_29937"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39070	"Richmond Wetlands_Northern Rivers_29938"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39071	"Richmond Wetlands_Northern Rivers_29939"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39072	"Richmond Wetlands_Northern Rivers_29940"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39073	"Richmond Wetlands_Northern Rivers_29941"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39074	"Richmond Wetlands_Northern Rivers_29942"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39075	"Richmond Wetlands_Northern Rivers_29943"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39076	"Richmond Wetlands_Northern Rivers_29944"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39077	"Richmond Wetlands_Northern Rivers_29945"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39078	"Richmond Wetlands_Northern Rivers_29946"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39079	"Richmond Wetlands_Northern Rivers_29947"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39080	"Richmond Wetlands_Northern Rivers_29948"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39081	"Richmond Wetlands_Northern Rivers_29949"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39082	"Richmond Wetlands_Northern Rivers_29950"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39083	"Richmond Wetlands_Northern Rivers_29951"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39084	"Richmond Wetlands_Northern Rivers_29952"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39085	"Richmond Wetlands_Northern Rivers_29953"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39086	"Richmond Wetlands_Northern Rivers_29954"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39087	"Richmond Wetlands_Northern Rivers_29955"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39088	"Richmond Wetlands_Northern Rivers_29956"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39089	"Richmond Wetlands_Northern Rivers_29957"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39090	"Richmond Wetlands_Northern Rivers_29958"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39091	"Richmond Wetlands_Northern Rivers_29959"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39092	"Richmond Wetlands_Northern Rivers_29960"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39093	"Richmond Wetlands_Northern Rivers_29961"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39094	"Richmond Wetlands_Northern Rivers_29962"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39095	"Richmond Wetlands_Northern Rivers_29963"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39096	"Richmond Wetlands_Northern Rivers_29964"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39097	"Richmond Wetlands_Northern Rivers_29965"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39098	"Richmond Wetlands_Northern Rivers_29966"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39099	"Richmond Wetlands_Northern Rivers_29967"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39100	"Richmond Wetlands_Northern Rivers_29968"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39101	"Richmond Wetlands_Northern Rivers_29969"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39102	"Richmond Wetlands_Northern Rivers_29970"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39103	"Richmond Wetlands_Northern Rivers_29971"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39104	"Richmond Wetlands_Northern Rivers_29972"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39105	"Richmond Wetlands_Northern Rivers_29973"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39106	"Richmond Wetlands_Northern Rivers_29974"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39107	"Richmond Wetlands_Northern Rivers_29975"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39108	"Richmond Wetlands_Northern Rivers_29976"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39109	"Richmond Wetlands_Northern Rivers_29977"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39110	"Richmond Wetlands_Northern Rivers_29978"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39111	"Richmond Wetlands_Northern Rivers_29979"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39112	"Richmond Wetlands_Northern Rivers_29980"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39113	"Richmond Wetlands_Northern Rivers_29981"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39114	"Richmond Wetlands_Northern Rivers_29982"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39115	"Richmond Wetlands_Northern Rivers_29983"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39116	"Richmond Wetlands_Northern Rivers_29984"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39117	"Richmond Wetlands_Northern Rivers_29985"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39118	"Richmond Wetlands_Northern Rivers_29986"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39119	"Richmond Wetlands_Northern Rivers_29987"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39120	"Richmond Wetlands_Northern Rivers_29988"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39121	"Richmond Wetlands_Northern Rivers_29989"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39122	"Richmond Wetlands_Northern Rivers_29990"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39123	"Richmond Wetlands_Northern Rivers_29991"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39124	"Richmond Wetlands_Northern Rivers_29992"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39125	"Richmond Wetlands_Northern Rivers_29993"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39126	"Richmond Wetlands_Northern Rivers_29994"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39127	"Richmond Wetlands_Northern Rivers_29995"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39128	"Richmond Wetlands_Northern Rivers_29996"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39129	"Richmond Wetlands_Northern Rivers_29997"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39130	"Richmond Wetlands_Northern Rivers_29998"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39131	"Richmond Wetlands_Northern Rivers_29999"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39132	"Richmond Wetlands_Northern Rivers_30000"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39133	"Richmond Wetlands_Northern Rivers_30001"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39134	"Richmond Wetlands_Northern Rivers_30002"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39135	"Richmond Wetlands_Northern Rivers_30003"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39136	"Richmond Wetlands_Northern Rivers_30004"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39137	"Richmond Wetlands_Northern Rivers_30005"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39138	"Richmond Wetlands_Northern Rivers_30006"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39139	"Richmond Wetlands_Northern Rivers_30007"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39140	"Richmond Wetlands_Northern Rivers_30008"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39141	"Richmond Wetlands_Northern Rivers_30009"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39142	"Richmond Wetlands_Northern Rivers_30010"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39143	"Richmond Wetlands_Northern Rivers_30011"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39144	"Richmond Wetlands_Northern Rivers_30012"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39145	"Richmond Wetlands_Northern Rivers_30013"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39146	"Richmond Wetlands_Northern Rivers_30014"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39147	"Richmond Wetlands_Northern Rivers_30015"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39148	"Richmond Wetlands_Northern Rivers_30016"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39149	"Richmond Wetlands_Northern Rivers_30017"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39150	"Richmond Wetlands_Northern Rivers_30018"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39151	"Richmond Wetlands_Northern Rivers_30019"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39152	"Richmond Wetlands_Northern Rivers_30020"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39153	"Richmond Wetlands_Northern Rivers_30021"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39154	"Richmond Wetlands_Northern Rivers_30022"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39155	"Richmond Wetlands_Northern Rivers_30023"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39156	"Richmond Wetlands_Northern Rivers_30024"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39157	"Richmond Wetlands_Northern Rivers_30025"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39158	"Richmond Wetlands_Northern Rivers_30026"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39159	"Richmond Wetlands_Northern Rivers_30027"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39160	"Richmond Wetlands_Northern Rivers_30028"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39161	"Richmond Wetlands_Northern Rivers_30029"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39162	"Richmond Wetlands_Northern Rivers_30030"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39163	"Richmond Wetlands_Northern Rivers_30031"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39164	"Richmond Wetlands_Northern Rivers_30032"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39165	"Richmond Wetlands_Northern Rivers_30033"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39166	"Richmond Wetlands_Northern Rivers_30034"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39167	"Richmond Wetlands_Northern Rivers_30035"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39168	"Richmond Wetlands_Northern Rivers_30036"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39169	"Richmond Wetlands_Northern Rivers_30037"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39170	"Richmond Wetlands_Northern Rivers_30038"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39171	"Richmond Wetlands_Northern Rivers_30039"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39172	"Richmond Wetlands_Northern Rivers_30040"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39173	"Richmond Wetlands_Northern Rivers_30041"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39174	"Richmond Wetlands_Northern Rivers_30042"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39175	"Richmond Wetlands_Northern Rivers_30043"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39176	"Richmond Wetlands_Northern Rivers_30044"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39177	"Richmond Wetlands_Northern Rivers_30045"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39178	"Richmond Wetlands_Northern Rivers_30046"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39179	"Richmond Wetlands_Northern Rivers_30047"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39180	"Richmond Wetlands_Northern Rivers_30048"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39181	"Richmond Wetlands_Northern Rivers_30049"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39182	"Richmond Wetlands_Northern Rivers_30050"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39183	"Richmond Wetlands_Northern Rivers_30051"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39184	"Richmond Wetlands_Northern Rivers_30052"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39185	"Richmond Wetlands_Northern Rivers_30053"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39186	"Richmond Wetlands_Northern Rivers_30054"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39187	"Richmond Wetlands_Northern Rivers_30055"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39188	"Richmond Wetlands_Northern Rivers_30056"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39189	"Richmond Wetlands_Northern Rivers_30057"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39190	"Richmond Wetlands_Northern Rivers_30058"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39191	"Richmond Wetlands_Northern Rivers_30059"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39192	"Richmond Wetlands_Northern Rivers_30060"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39193	"Richmond Wetlands_Northern Rivers_30061"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39194	"Richmond Wetlands_Northern Rivers_30062"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39195	"Richmond Wetlands_Northern Rivers_30063"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39196	"Richmond Wetlands_Northern Rivers_30064"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39197	"Richmond Wetlands_Northern Rivers_30065"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39198	"Richmond Wetlands_Northern Rivers_30066"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39199	"Richmond Wetlands_Northern Rivers_30067"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39200	"Richmond Wetlands_Northern Rivers_30068"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39201	"Richmond Wetlands_Northern Rivers_30069"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39202	"Richmond Wetlands_Northern Rivers_30070"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39203	"Richmond Wetlands_Northern Rivers_30071"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39204	"Richmond Wetlands_Northern Rivers_30072"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39205	"Richmond Wetlands_Northern Rivers_30073"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39206	"Richmond Wetlands_Northern Rivers_30074"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39207	"Richmond Wetlands_Northern Rivers_30075"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39208	"Richmond Wetlands_Northern Rivers_30076"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39209	"Richmond Wetlands_Northern Rivers_30077"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39210	"Richmond Wetlands_Northern Rivers_30078"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39211	"Richmond Wetlands_Northern Rivers_30079"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39212	"Richmond Wetlands_Northern Rivers_30080"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39213	"Richmond Wetlands_Northern Rivers_30081"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39214	"Richmond Wetlands_Northern Rivers_30082"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39215	"Richmond Wetlands_Northern Rivers_30083"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39216	"Richmond Wetlands_Northern Rivers_30084"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39217	"Richmond Wetlands_Northern Rivers_30085"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39218	"Richmond Wetlands_Northern Rivers_30086"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39219	"Richmond Wetlands_Northern Rivers_30087"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39220	"Richmond Wetlands_Northern Rivers_30088"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39221	"Richmond Wetlands_Northern Rivers_30089"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39222	"Richmond Wetlands_Northern Rivers_30090"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39223	"Richmond Wetlands_Northern Rivers_30091"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39224	"Richmond Wetlands_Northern Rivers_30092"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39225	"Richmond Wetlands_Northern Rivers_30093"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39226	"Richmond Wetlands_Northern Rivers_30094"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39227	"Richmond Wetlands_Northern Rivers_30095"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39228	"Richmond Wetlands_Northern Rivers_30096"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39229	"Richmond Wetlands_Northern Rivers_30097"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39230	"Richmond Wetlands_Northern Rivers_30098"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39231	"Richmond Wetlands_Northern Rivers_30099"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39232	"Richmond Wetlands_Northern Rivers_30100"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39233	"Richmond Wetlands_Northern Rivers_30101"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39234	"Richmond Wetlands_Northern Rivers_30102"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39235	"Richmond Wetlands_Northern Rivers_30103"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39236	"Richmond Wetlands_Northern Rivers_30104"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39237	"Richmond Wetlands_Northern Rivers_30105"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39238	"Richmond Wetlands_Northern Rivers_30106"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39239	"Richmond Wetlands_Northern Rivers_30107"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39240	"Richmond Wetlands_Northern Rivers_30108"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39241	"Richmond Wetlands_Northern Rivers_30109"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39242	"Richmond Wetlands_Northern Rivers_30110"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39243	"Richmond Wetlands_Northern Rivers_30111"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39244	"Richmond Wetlands_Northern Rivers_30112"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39245	"Richmond Wetlands_Northern Rivers_30113"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39246	"Richmond Wetlands_Northern Rivers_30114"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39247	"Richmond Wetlands_Northern Rivers_30115"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39248	"Richmond Wetlands_Northern Rivers_30116"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39249	"Richmond Wetlands_Northern Rivers_30117"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39250	"Richmond Wetlands_Northern Rivers_30118"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39251	"Richmond Wetlands_Northern Rivers_30119"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39252	"Richmond Wetlands_Northern Rivers_30120"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39253	"Richmond Wetlands_Northern Rivers_30121"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39254	"Richmond Wetlands_Northern Rivers_30122"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39255	"Richmond Wetlands_Northern Rivers_30123"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39256	"Richmond Wetlands_Northern Rivers_30124"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39257	"Richmond Wetlands_Northern Rivers_30125"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39258	"Richmond Wetlands_Northern Rivers_30126"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39259	"Richmond Wetlands_Northern Rivers_30127"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39260	"Richmond Wetlands_Northern Rivers_30128"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39261	"Richmond Wetlands_Northern Rivers_30129"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39262	"Richmond Wetlands_Northern Rivers_30130"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39263	"Richmond Wetlands_Northern Rivers_30131"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39264	"Richmond Wetlands_Northern Rivers_30132"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39265	"Richmond Wetlands_Northern Rivers_30133"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39266	"Richmond Wetlands_Northern Rivers_30134"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39267	"Richmond Wetlands_Northern Rivers_30135"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39268	"Richmond Wetlands_Northern Rivers_30136"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39269	"Richmond Wetlands_Northern Rivers_30137"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39270	"Richmond Wetlands_Northern Rivers_30138"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39271	"Richmond Wetlands_Northern Rivers_30139"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39272	"Richmond Wetlands_Northern Rivers_30140"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39273	"Richmond Wetlands_Northern Rivers_30141"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39274	"Richmond Wetlands_Northern Rivers_30142"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39275	"Richmond Wetlands_Northern Rivers_30143"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39276	"Richmond Wetlands_Northern Rivers_30144"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39277	"Richmond Wetlands_Northern Rivers_30145"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39278	"Richmond Wetlands_Northern Rivers_30146"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39279	"Richmond Wetlands_Northern Rivers_30147"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39280	"Richmond Wetlands_Northern Rivers_30148"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39281	"Richmond Wetlands_Northern Rivers_30149"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39282	"Richmond Wetlands_Northern Rivers_30150"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39283	"Richmond Wetlands_Northern Rivers_30151"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39284	"Richmond Wetlands_Northern Rivers_30152"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39285	"Richmond Wetlands_Northern Rivers_30153"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39286	"Richmond Wetlands_Northern Rivers_30154"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39287	"Richmond Wetlands_Northern Rivers_30155"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39288	"Richmond Wetlands_Northern Rivers_30156"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39289	"Richmond Wetlands_Northern Rivers_30157"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39290	"Richmond Wetlands_Northern Rivers_30158"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39291	"Richmond Wetlands_Northern Rivers_30159"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39292	"Richmond Wetlands_Northern Rivers_30160"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39293	"Richmond Wetlands_Northern Rivers_30161"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39294	"Richmond Wetlands_Northern Rivers_30162"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39295	"Richmond Wetlands_Northern Rivers_30163"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39296	"Richmond Wetlands_Northern Rivers_30164"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39297	"Richmond Wetlands_Northern Rivers_30165"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39298	"Richmond Wetlands_Northern Rivers_30166"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39299	"Richmond Wetlands_Northern Rivers_30167"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39300	"Richmond Wetlands_Northern Rivers_30168"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39301	"Richmond Wetlands_Northern Rivers_30169"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39302	"Richmond Wetlands_Northern Rivers_30170"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39303	"Richmond Wetlands_Northern Rivers_30171"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39304	"Richmond Wetlands_Northern Rivers_30172"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39305	"Richmond Wetlands_Northern Rivers_30173"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39306	"Richmond Wetlands_Northern Rivers_30174"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39307	"Richmond Wetlands_Northern Rivers_30175"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39308	"Richmond Wetlands_Northern Rivers_30176"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39309	"Richmond Wetlands_Northern Rivers_30177"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39310	"Richmond Wetlands_Northern Rivers_30178"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39311	"Richmond Wetlands_Northern Rivers_30179"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39312	"Richmond Wetlands_Northern Rivers_30180"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39313	"Richmond Wetlands_Northern Rivers_30181"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39314	"Richmond Wetlands_Northern Rivers_30182"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39315	"Richmond Wetlands_Northern Rivers_30183"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39316	"Richmond Wetlands_Northern Rivers_30184"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39317	"Richmond Wetlands_Northern Rivers_30185"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39318	"Richmond Wetlands_Northern Rivers_30186"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39319	"Richmond Wetlands_Northern Rivers_30187"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39320	"Richmond Wetlands_Northern Rivers_30188"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39321	"Richmond Wetlands_Northern Rivers_30189"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39322	"Richmond Wetlands_Northern Rivers_30190"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39323	"Richmond Wetlands_Northern Rivers_30191"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39324	"Richmond Wetlands_Northern Rivers_30192"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39325	"Richmond Wetlands_Northern Rivers_30193"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39326	"Roaches Waterhole_Northern Rivers_30194"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39327	"Sandspit Lagoon_Northern Rivers_30195"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39328	"Sandy Crk / Kookami Swp_Northern Rivers_30196"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39329	"SANDY SWAMP_Northern Rivers_30197"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39330	"Serpentine Lagoon_Northern Rivers_30198"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39331	"Shannon Brook_Northern Rivers_30199"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39332	"Shark Creek_Northern Rivers_30200"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39333	"Shark Creek_Northern Rivers_30201"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39334	"Shark Creek_Northern Rivers_30202"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39335	"Shark Creek_Northern Rivers_30203"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39336	"Six Mile Swamp_Northern Rivers_30204"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39337	"Six Mile Swamp_Northern Rivers_30205"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39338	"Skinners Swamp_Northern Rivers_30206"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39340	"Southgate Lagoon_Northern Rivers_30208"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39341	"Stokes Waterhole_Northern Rivers_30209"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39342	"Swan Bay_Northern Rivers_30210"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39343	"Tabbimoble_Northern Rivers_30211"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39344	"Tabbimoble_Northern Rivers_30212"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39345	"Tabbimoble_Northern Rivers_30213"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39346	"Tabbimoble_Northern Rivers_30214"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39347	"Tabbimoble_Northern Rivers_30215"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39348	"Tabbimoble_Northern Rivers_30216"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39349	"Tabbimoble_Northern Rivers_30217"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39350	"Tabbimoble_Northern Rivers_30218"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39351	"Tabbimoble_Northern Rivers_30219"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39352	"Tabbimoble_Northern Rivers_30220"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39353	"Tabbimoble_Northern Rivers_30221"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39354	"Tabbimoble_Northern Rivers_30222"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39355	"Tabbimoble_Northern Rivers_30223"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39356	"Tabbimoble_Northern Rivers_30224"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39357	"Teatree Swamp_Northern Rivers_30225"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39358	"Teatree Swamp_Northern Rivers_30226"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39359	"Teatree Swamp_Northern Rivers_30227"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39360	"Teatree Swamp_Northern Rivers_30228"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39361	"Toonumbar Dam_Northern Rivers_30229"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39362	"Tuckean Broadwater_Northern Rivers_30230"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39363	"Two Mile Waterholes_Northern Rivers_30231"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39364	"Two Mile Waterholes_Northern Rivers_30232"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39365	"Two Mile Waterholes_Northern Rivers_30233"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39366	"Wendorie Lagoon_Northern Rivers_30234"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39367	"White Swamp_Northern Rivers_30235"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39368	"unnamed_Northern Rivers_30236"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39369	"unnamed_Northern Rivers_30237"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39370	"unnamed_Northern Rivers_30238"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39371	"unnamed_Northern Rivers_30239"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39372	"unnamed_Northern Rivers_30240"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39373	"unnamed_Northern Rivers_30241"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39374	"unnamed_Northern Rivers_30242"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39375	"unnamed_Northern Rivers_30243"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39376	"unnamed_Northern Rivers_30244"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39377	"unnamed_Northern Rivers_30245"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39378	"Big Marsh Wetland_Northern Rivers_30246"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39379	"Richmond Wetlands_Northern Rivers_30247"	"Coal mining"	"Potential"	"Habitat"	"High"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39380	"Richmond Wetlands_Northern Rivers_30248"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39381	"Richmond Wetlands_Northern Rivers_30249"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
39383	"Cullendore Creek Local Catchment_Northern Rivers_22857"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39384	"Acacia Creek Local Catchment_Northern Rivers_22858"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39399	"Five Mile Creek Local Catchment_Northern Rivers_22873"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39400	"Trough Creek Local Catchment_Northern Rivers_22874"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39401	"Unnamed creek (11) Local Catchment_Northern Rivers_22875"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39402	"Coonoom Creek Local Catchment_Northern Rivers_22876"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39403	"Brasnans Creek Local Catchment_Northern Rivers_22877"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39404	"Oaky Creek Local Catchment_Northern Rivers_22878"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39405	"Unnamed creek (15) Local Catchment_Northern Rivers_22879"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39406	"Sandy Creek Local Catchment_Northern Rivers_22880"	"Coal mining"	"Potential"	"Water Quality"	"High"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39407	"Rocky Waterholes Creek Local Catchment_Northern Rivers_22881"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39408	"Captains Creek Local Catchment_Northern Rivers_22882"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39409	"Flagstone Creek Local Catchment_Northern Rivers_22883"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39410	"Koreelah River (reach 02) Local Catchment_Northern Rivers_22884"	"Coal mining"	"Potential"	"Water Quality"	"High"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39411	"Koreelah River (reach 01) Local Catchment_Northern Rivers_22885"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39412	"Grahams Creek Local Catchment_Northern Rivers_22886"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39413	"Unnamed creek (24) Local Catchment_Northern Rivers_22887"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39414	"Unnamed creek (25) Local Catchment_Northern Rivers_22888"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39415	"Lindesay Creek Local Catchment_Northern Rivers_22889"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39416	"Woodenbong Creek Local Catchment_Northern Rivers_22890"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39417	"Rockhill Creek Local Catchment_Northern Rivers_22891"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39418	"Beaury Creek Local Catchment_Northern Rivers_22892"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39419	"Five Mile Creek Local Catchment_Northern Rivers_22893"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39420	"Wallaby Creek Local Catchment_Northern Rivers_22894"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39421	"Kangaroo Creek Local Catchment_Northern Rivers_22895"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39422	"Little Cullen Creek Local Catchment_Northern Rivers_22896"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39423	"Cullen Creek Local Catchment_Northern Rivers_22897"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39425	"Castle Creek Local Catchment_Northern Rivers_22899"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39426	"Boomi Creek Local Catchment_Northern Rivers_22900"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39427	"Tooloom Creek (reach 01) Local Catchment_Northern Rivers_22901"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39428	"DInner Creek Local Catchment_Northern Rivers_22902"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39429	"Eight Day Creek Local Catchment_Northern Rivers_22903"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39430	"Oaky Creek Local Catchment_Northern Rivers_22904"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39431	"Tooloom Creek (reach 02) Local Catchment_Northern Rivers_22905"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39432	"Back Creek Local Catchment_Northern Rivers_22906"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39433	"Raspberry Creek Local Catchment_Northern Rivers_22907"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39434	"Tayling Creek Local Catchment_Northern Rivers_22908"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39435	"Cedar Gelters Creek Local Catchment_Northern Rivers_22909"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39436	"Sheepstation Creek Local Catchment_Northern Rivers_22910"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39437	"Brindle Creek Local Catchment_Northern Rivers_22911"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39438	"Gradys Creek Local Catchment_Northern Rivers_22912"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39439	"Logan Creek Local Catchment_Northern Rivers_22913"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39440	"Long Creek Local Catchment_Northern Rivers_22914"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39441	"Terrace Creek Local Catchment_Northern Rivers_22915"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39442	"Sawpit Creek Local Catchment_Northern Rivers_22916"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39443	"October Creek Local Catchment_Northern Rivers_22917"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39444	"Findon Creek Local Catchment_Northern Rivers_22918"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39445	"Burnetts Creek Local Catchment_Northern Rivers_22919"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39446	"Richmond River (reach 01) Local Catchment_Northern Rivers_22920"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39447	"Hixsons Creek Local Catchment_Northern Rivers_22921"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39448	"Collins Creek Local Catchment_Northern Rivers_22922"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39449	"Warrazambil Creek Local Catchment_Northern Rivers_22923"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39450	"Lynches Creek Local Catchment_Northern Rivers_22924"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39451	"Wyndham Creek Local Catchment_Northern Rivers_22925"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39452	"O'Donnell Creek Local Catchment_Northern Rivers_22926"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39453	"Smiths Creek Local Catchment_Northern Rivers_22927"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39454	"Camp Creek Local Catchment_Northern Rivers_22928"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39455	"Oaky Creek Local Catchment_Northern Rivers_22929"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39456	"Iron Pot Creek Local Catchment_Northern Rivers_22930"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39457	"Burroughs Creek Local Catchment_Northern Rivers_22931"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39458	"Cob O'Corn Creek Local Catchment_Northern Rivers_22932"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39459	"Babyl Creek Local Catchment_Northern Rivers_22933"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39460	"Doubtful Creek Local Catchment_Northern Rivers_22934"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39461	"Woolners Arm Local Catchment_Northern Rivers_22935"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39462	"Unnamed creek (28) Local Catchment_Northern Rivers_22936"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39463	"Dyraaba Creek Local Catchment_Northern Rivers_22937"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39464	"Unnamed creek (29) Local Catchment_Northern Rivers_22938"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39465	"Unnamed creek (30) Local Catchment_Northern Rivers_22939"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39466	"Eden Creek Local Catchment_Northern Rivers_22940"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39467	"Terrace Creek Local Catchment_Northern Rivers_22941"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39468	"Fawcetts Creek Local Catchment_Northern Rivers_22942"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39469	"Horse Station Creek Local Catchment_Northern Rivers_22943"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39470	"Unnamed creek (31) Local Catchment_Northern Rivers_22944"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39471	"Unnamed creek (32) Local Catchment_Northern Rivers_22945"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39472	"Richmond River (reach 02) Local Catchment_Northern Rivers_22946"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39473	"Lagoon Creek Local Catchment_Northern Rivers_22947"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39474	"Wattle Creek Local Catchment_Northern Rivers_22948"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39475	"Unnamed creek (33) Local Catchment_Northern Rivers_22949"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39476	"Camp Creek Local Catchment_Northern Rivers_22950"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39477	"Unnamed creek (34) Local Catchment_Northern Rivers_22951"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39478	"Unnamed creek (35) Local Catchment_Northern Rivers_22952"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39479	"Sandy Creek Local Catchment_Northern Rivers_22953"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39480	"Pelican Creek Local Catchment_Northern Rivers_22954"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39481	"Oaky Creek Local Catchment_Northern Rivers_22955"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39482	"Boundary Creek Local Catchment_Northern Rivers_22956"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39483	"Unnamed creek (36) Local Catchment_Northern Rivers_22957"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39484	"Scrubby Creek Local Catchment_Northern Rivers_22958"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39485	"Boorabee Creek Local Catchment_Northern Rivers_22960"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39486	"Back Creek Local Catchment_Northern Rivers_22961"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39487	"Little Back Creek Local Catchment_Northern Rivers_22962"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39488	"Booerie Creek Local Catchment_Northern Rivers_22963"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39489	"Jiggi Creek Local Catchment_Northern Rivers_22964"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39490	"Georgica Creek Local Catchment_Northern Rivers_22965"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39491	"Cabbage Tree Creek Local Catchment_Northern Rivers_22966"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39492	"Mulgum Creek Local Catchment_Northern Rivers_22967"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39493	"Goolmangar Creek Local Catchment_Northern Rivers_22968"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39494	"Calico Creek Local Catchment_Northern Rivers_22969"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39495	"Tuntable Creek Local Catchment_Northern Rivers_22970"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39496	"Terania Creek Local Catchment_Northern Rivers_22971"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39497	"Branch Creek Local Catchment_Northern Rivers_22972"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39498	"Horseshow Creek Local Catchment_Northern Rivers_22973"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39499	"Websters Creek Local Catchment_Northern Rivers_22974"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39500	"Leycester Creek Local Catchment_Northern Rivers_22975"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39501	"Hollingsworth Creek Local Catchment_Northern Rivers_22976"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39502	"Lagoon Creek Local Catchment_Northern Rivers_22977"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39503	"Numulgi Creek Local Catchment_Northern Rivers_22978"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39504	"Dans Creek Local Catchment_Northern Rivers_22979"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39505	"Rocky Creek Local Catchment_Northern Rivers_22980"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39506	"Boomerang Creek Local Catchment_Northern Rivers_22981"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39507	"Bennys Creek Local Catchment_Northern Rivers_22982"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39508	"Coppers Creek Local Catchment_Northern Rivers_22983"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39509	"Repentance Creek Local Catchment_Northern Rivers_22984"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39510	"Pearces Creek Local Catchment_Northern Rivers_22985"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39511	"Skinners Creek Local Catchment_Northern Rivers_22986"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39512	"Opossum Creek Local Catchment_Northern Rivers_22987"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39513	"Stony Creek Local Catchment_Northern Rivers_22989"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39514	"Unnamed creek (37) Local Catchment_Northern Rivers_22990"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39515	"Wilsons River (lower) Local Catchment_Northern Rivers_22991"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39516	"Theresa Creek Local Catchment_Northern Rivers_22992"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39517	"Bingeebeebra Creek Local Catchment_Northern Rivers_22993"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39518	"Mummulgum Creek Local Catchment_Northern Rivers_22994"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39519	"Cherry Tree Creek Local Catchment_Northern Rivers_22995"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39520	"Simpkins Creek Local Catchment_Northern Rivers_22996"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39521	"Cabbage Tree Creek Local Catchment_Northern Rivers_22997"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39522	"Mongogarie Creek Local Catchment_Northern Rivers_22998"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39523	"Sawpit Creek Local Catchment_Northern Rivers_22999"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39524	"Unnamed creek (38) Local Catchment_Northern Rivers_23000"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39525	"Unnamed creek (39) Local Catchment_Northern Rivers_23001"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39526	"Middle Creek Local Catchment_Northern Rivers_23002"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39527	"Unnamed creek (40) Local Catchment_Northern Rivers_23003"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39528	"Serpentine Creek Local Catchment_Northern Rivers_23004"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39529	"Oaky Creek Local Catchment_Northern Rivers_23005"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39530	"Spring Creek Local Catchment_Northern Rivers_23006"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39531	"Shannon Brook (lower) Local Catchment_Northern Rivers_23007"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39532	"Shannon Brook (upper) Local Catchment_Northern Rivers_23008"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39533	"Tomki Creek Local Catchment_Northern Rivers_23009"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39534	"Unnamed creek (41) Local Catchment_Northern Rivers_23010"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39535	"Barlings Creek Local Catchment_Northern Rivers_23011"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39536	"Unnamed creek (42) Local Catchment_Northern Rivers_23012"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39537	"Unnamed creek (01) Local Catchment_Northern Rivers_23013"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39538	"Walshes Creek Local Catchment_Northern Rivers_23014"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39539	"Richmond River (reach 03) Local Catchment_Northern Rivers_23015"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39540	"Back Creek Local Catchment_Northern Rivers_23016"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39541	"Pumpenbil Creek Local Catchment_Northern Rivers_23017"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39542	"North Pumpenbil Creek Local Catchment_Northern Rivers_23018"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39543	"Brays Creek Local Catchment_Northern Rivers_23019"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39544	"South Pumpenbil Creek Local Catchment_Northern Rivers_23020"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39545	"Cedar Creek Local Catchment_Northern Rivers_23021"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39546	"Byrrill Creek Local Catchment_Northern Rivers_23022"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39547	"Kunghurloo Creek Local Catchment_Northern Rivers_23023"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39548	"Tweed River (reach 01) Local Catchment_Northern Rivers_23024"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39549	"Perch Creek Local Catchment_Northern Rivers_23025"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39550	"Tyalgum Creek Local Catchment_Northern Rivers_23026"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39551	"Hopping Dicks Creek Local Catchment_Northern Rivers_23027"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39552	"Wollumbin Creek Local Catchment_Northern Rivers_23028"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39556	"Rous River Local Catchment_Northern Rivers_23032"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39557	"Oxley River Local Catchment_Northern Rivers_23033"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39559	"Doon Doon Creek Local Catchment_Northern Rivers_23035"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39560	"Commissioners Creek Local Catchment_Northern Rivers_23036"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39564	"Rowlands Creek Local Catchment_Northern Rivers_23040"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39572	"Belongil Creek Local Catchment_Northern Rivers_23048"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39574	"Wilsons River (upper) Local Catchment_Northern Rivers_23050"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39575	"Unnamed creek (46) Local Catchment_Northern Rivers_23051"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39576	"Simpsons Creek Local Catchment_Northern Rivers_23052"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39577	"Unnamed creek (47) Local Catchment_Northern Rivers_23053"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39578	"Pipeclay Creek Local Catchment_Northern Rivers_23054"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39581	"Busbys Creek Local Catchment_Northern Rivers_23057"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39582	"Sandy Creek Local Catchment_Northern Rivers_23058"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39583	"Phillip Creek Local Catchment_Northern Rivers_23059"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39584	"Cabbage Tree Creek Local Catchment_Northern Rivers_23060"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39585	"Unnamed creek (48) Local Catchment_Northern Rivers_23061"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39586	"Six Mile Swamp Creek Local Catchment_Northern Rivers_23062"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39587	"Six Mile Creek Local Catchment_Northern Rivers_23063"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39588	"Battens Bight Creek Local Catchment_Northern Rivers_23064"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39589	"Unnamed creek (49) Local Catchment_Northern Rivers_23065"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39590	"Four Mile Creek Local Catchment_Northern Rivers_23066"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39591	"Myrtle Creek (upper) Local Catchment_Northern Rivers_23067"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39592	"Bambi Creek Local Catchment_Northern Rivers_23068"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39593	"Unnamed creek (50) Local Catchment_Northern Rivers_23069"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39594	"Unnamed creek (51) Local Catchment_Northern Rivers_23070"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39595	"Camira Creek Local Catchment_Northern Rivers_23071"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39596	"Unnamed creek (52) Local Catchment_Northern Rivers_23072"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39597	"Physics Creek Local Catchment_Northern Rivers_23073"	"Coal mining"	"Potential"	"Water Quality"	"High"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39598	"Unnamed creek (53) Local Catchment_Northern Rivers_23074"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39599	"Myall Creek Local Catchment_Northern Rivers_23075"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39600	"Myrtle Creek (lower Local Catchment_Northern Rivers_23076"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39601	"Unnamed creek (54) Local Catchment_Northern Rivers_23077"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39602	"Jacybalbin Creek Local Catchment_Northern Rivers_23078"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39603	"Unnamed creek (56) Local Catchment_Northern Rivers_23079"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39604	"Unnamed creek (57) Local Catchment_Northern Rivers_23080"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39605	"Unnamed creek (55) Local Catchment_Northern Rivers_23081"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39606	"Unnamed creek (58) Local Catchment_Northern Rivers_23082"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39607	"Unnamed creek (59) Local Catchment_Northern Rivers_23083"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39608	"Unnamed creek (60) Local Catchment_Northern Rivers_23084"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39609	"Unnamed creek (61) Local Catchment_Northern Rivers_23085"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39610	"Seelems Creek Local Catchment_Northern Rivers_23086"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39611	"Tucki Tucki Creek Local Catchment_Northern Rivers_23087"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39612	"Marom Creek Local Catchment_Northern Rivers_23088"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39613	"Youngman Creek Local Catchment_Northern Rivers_23089"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39614	"Gum Creek Local Catchment_Northern Rivers_23090"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39615	"Yellow Creek Local Catchment_Northern Rivers_23091"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39616	"Tuckean Broadwater Local Catchment_Northern Rivers_23092"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39617	"Byron Creek Local Catchment_Northern Rivers_23093"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39618	"North Creek Local Catchment_Northern Rivers_23094"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39619	"Oceanic drainage (06) Local Catchment_Northern Rivers_23095"	"Coal mining"	"Potential"	"Water Quality"	"High"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39620	"Duck Creek Local Catchment_Northern Rivers_23096"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39621	"Houghlahans Creek Local Catchment_Northern Rivers_23097"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39622	"Emigrant Creek Local Catchment_Northern Rivers_23098"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39623	"Maguires Creek Local Catchment_Northern Rivers_23099"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39624	"Chilcotts Creek Local Catchment_Northern Rivers_23100"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39625	"Bingai Creek Local Catchment_Northern Rivers_23101"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39626	"Oceanic drainage (07) Local Catchment_Northern Rivers_23102"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39627	"Brandy Arm Creek Local Catchment_Northern Rivers_23103"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39628	"Unnamed creek (62) Local Catchment_Northern Rivers_23104"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39629	"Bungawalbin Creek Local Catchment_Northern Rivers_23105"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39630	"Rocky Mouth Creek Local Catchment_Northern Rivers_23106"	"Coal mining"	"Potential"	"Water Quality"	"High"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39631	"Evans River Local Catchment_Northern Rivers_23107"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39641	"Bucca Bucca Creek Local Catchment_Northern Rivers_23117"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39643	"Coldwater Creek Local Catchment_Northern Rivers_23119"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39644	"Bagawa Creek Local Catchment_Northern Rivers_23120"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39645	"Halfway Creek Local Catchment_Northern Rivers_23121"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39646	"Unnamed creek (64) Local Catchment_Northern Rivers_23122"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39647	"Palm Creek Local Catchment_Northern Rivers_23123"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39648	"Snake Creek Local Catchment_Northern Rivers_23124"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39649	"Middle Creek Local Catchment_Northern Rivers_23125"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39650	"Sherwood Creek Local Catchment_Northern Rivers_23126"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39651	"Dundoo Creek Local Catchment_Northern Rivers_23127"	"Coal mining"	"Potential"	"Water Quality"	"High"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39652	"Averys Creek Local Catchment_Northern Rivers_23128"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39653	"Tallawudgah Creek Local Catchment_Northern Rivers_23129"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39654	"Unnamed creek (65) Local Catchment_Northern Rivers_23130"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39656	"Kremnos Creek Local Catchment_Northern Rivers_23132"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39657	"Fern Creek Local Catchment_Northern Rivers_23133"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39658	"Raspberry Creek Local Catchment_Northern Rivers_23134"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39659	"Walters Creek Local Catchment_Northern Rivers_23135"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39660	"Orara River (reach 03) Local Catchment_Northern Rivers_23136"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39661	"Qwyarigo Creek Local Catchment_Northern Rivers_23137"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39662	"Unnamed creek (63) Local Catchment_Northern Rivers_23138"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39663	"Fiddlers Creek Local Catchment_Northern Rivers_23139"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39664	"Orara River (reach 04) Local Catchment_Northern Rivers_23140"	"Coal mining"	"Potential"	"Water Quality"	"High"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39665	"Middle Creek Local Catchment_Northern Rivers_23141"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39668	"Waterhole Creek Local Catchment_Northern Rivers_23144"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39669	"Towallum River Local Catchment_Northern Rivers_23145"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39670	"Kangaroo River (lower) Local Catchment_Northern Rivers_23146"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39671	"Maloneys Creek Local Catchment_Northern Rivers_23147"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39672	"Beanball Creek Local Catchment_Northern Rivers_23148"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39673	"Koukandowie Creek Local Catchment_Northern Rivers_23149"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39674	"Sandy Swamp Creek Local Catchment_Northern Rivers_23150"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39675	"Skinners Creek Local Catchment_Northern Rivers_23151"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39676	"Goolang Creek Local Catchment_Northern Rivers_23152"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39677	"Farquhars Creek Local Catchment_Northern Rivers_23153"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39678	"Blaxlands Creek Local Catchment_Northern Rivers_23154"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39679	"Boiling Down Creek Local Catchment_Northern Rivers_23155"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39680	"Unnamed creek (66) Local Catchment_Northern Rivers_23156"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39681	"Back Creek Local Catchment_Northern Rivers_23157"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39682	"Deep Creek Local Catchment_Northern Rivers_23158"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39683	"Shannon Creek Local Catchment_Northern Rivers_23159"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39684	"Picnic Creek Local Catchment_Northern Rivers_23160"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39685	"Teatree Creek Local Catchment_Northern Rivers_23161"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39686	"Orara River (reach 05) Local Catchment_Northern Rivers_23162"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39687	"Caines Creek Local Catchment_Northern Rivers_23163"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39688	"Endless Creek Local Catchment_Northern Rivers_23164"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39689	"OBX Creek Local Catchment_Northern Rivers_23165"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39690	"Stinking Creek Local Catchment_Northern Rivers_23166"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39691	"Chambigne Creek Local Catchment_Northern Rivers_23167"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39693	"Munns Creek Local Catchment_Northern Rivers_23169"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39694	"Jackys Creek Local Catchment_Northern Rivers_23170"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39695	"Mattiers Creek Local Catchment_Northern Rivers_23171"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39696	"Little Mattiers Creek Local Catchment_Northern Rivers_23172"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39697	"Flaggy Creek Local Catchment_Northern Rivers_23173"	"Coal mining"	"Potential"	"Water Quality"	"High"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39698	"Southions Creek Local Catchment_Northern Rivers_23174"	"Coal mining"	"Potential"	"Water Quality"	"High"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39699	"Orara River (reach 06) Local Catchment_Northern Rivers_23175"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39707	"Mole Creek Local Catchment_Northern Rivers_23183"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39708	"Kangaroo River (upper) Local Catchment_Northern Rivers_23184"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39719	"Cloghers Creek Local Catchment_Northern Rivers_23195"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39727	"Oaky Creek Local Catchment_Northern Rivers_23203"	"Coal mining"	"Potential"	"Water Quality"	"High"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39746	"Capeen Creek Local Catchment_Northern Rivers_23222"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39747	"Unnamed creek (77) Local Catchment_Northern Rivers_23223"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39748	"Unnamed creek (78) Local Catchment_Northern Rivers_23224"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39749	"Slaughter Creek Local Catchment_Northern Rivers_23225"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39750	"Bean Creek Local Catchment_Northern Rivers_23226"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39751	"Sandy Creek Local Catchment_Northern Rivers_23227"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39752	"Duck Creek (upper) Local Catchment_Northern Rivers_23228"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39753	"Haystack Creek Local Catchment_Northern Rivers_23229"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39754	"Little Haystack Creek Local Catchment_Northern Rivers_23230"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39755	"Duck Creek (lower) Local Catchment_Northern Rivers_23231"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39756	"Gorge Creek Local Catchment_Northern Rivers_23232"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39757	"Peacock Creek Local Catchment_Northern Rivers_23233"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39758	"Bottle Creek Local Catchment_Northern Rivers_23234"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39759	"Culmaran Creek Local Catchment_Northern Rivers_23235"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39760	"Tryney Creek Local Catchment_Northern Rivers_23236"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39761	"Tunglebung Creek Local Catchment_Northern Rivers_23237"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39762	"Little Creek Local Catchment_Northern Rivers_23238"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39763	"Gularey Creek Local Catchment_Northern Rivers_23239"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39764	"Unnamed creek (79) Local Catchment_Northern Rivers_23240"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39765	"Tabulam Rivulet Local Catchment_Northern Rivers_23241"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39766	"Tooloom Creek (reach 03) Local Catchment_Northern Rivers_23242"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39767	"Slaughteryard Creek Local Catchment_Northern Rivers_23243"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39768	"Yabbra Creek Local Catchment_Northern Rivers_23244"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39769	"Mosquito Creek Local Catchment_Northern Rivers_23245"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39771	"Four Mile Creek Local Catchment_Northern Rivers_23247"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39773	"Emu Creek Local Catchment_Northern Rivers_23249"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39775	"Clarence River (reach 02) Local Catchment_Northern Rivers_23251"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39776	"Tooloonki Creek Local Catchment_Northern Rivers_23252"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39777	"Mookima Wybra Creek Local Catchment_Northern Rivers_23253"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39778	"Fever Creek Local Catchment_Northern Rivers_23254"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39779	"Baxters Creek Local Catchment_Northern Rivers_23255"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39780	"Alice Brook Local Catchment_Northern Rivers_23256"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39781	"Rocky Creek Local Catchment_Northern Rivers_23257"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39782	"Clarence River (reach 03) Local Catchment_Northern Rivers_23258"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39783	"Keembin Creek Local Catchment_Northern Rivers_23259"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39784	"Dignans Creek Local Catchment_Northern Rivers_23260"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39785	"Gerrards Creek Local Catchment_Northern Rivers_23261"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39786	"Dulgigin Creek Local Catchment_Northern Rivers_23262"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39787	"Pickabooba Creek Local Catchment_Northern Rivers_23263"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39788	"Dry Creek Local Catchment_Northern Rivers_23264"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39790	"Ewingar Creek Local Catchment_Northern Rivers_23266"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39793	"Kungurrabar Creek Local Catchment_Northern Rivers_23269"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39794	"Long Mile Creek Local Catchment_Northern Rivers_23270"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39796	"Dubadar Creek Local Catchment_Northern Rivers_23272"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39797	"Bugilbar Creek Local Catchment_Northern Rivers_23273"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39798	"Oaky Creek Local Catchment_Northern Rivers_23274"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39799	"Josephs Creek Local Catchment_Northern Rivers_23275"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39800	"Sawyers Creek Local Catchment_Northern Rivers_23276"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39801	"Pucka Ponds Creek Local Catchment_Northern Rivers_23277"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39802	"Fourteen Mile Creek Local Catchment_Northern Rivers_23278"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39803	"Clarence River (reach 04) Local Catchment_Northern Rivers_23279"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39807	"Hassans Creek Local Catchment_Northern Rivers_23283"	"Coal mining"	"Potential"	"Water Quality"	"High"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39808	"Unnamed creek (80) Local Catchment_Northern Rivers_23284"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39809	"Barretts Creek Local Catchment_Northern Rivers_23285"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39810	"Unnamed creek (81) Local Catchment_Northern Rivers_23286"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39811	"Oaky Creek Local Catchment_Northern Rivers_23287"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39812	"Floggem Creek Local Catchment_Northern Rivers_23288"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39813	"Unnamed creek (82) Local Catchment_Northern Rivers_23289"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39814	"Dry Creek Local Catchment_Northern Rivers_23290"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39815	"Cawleys Creek Local Catchment_Northern Rivers_23291"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39816	"Carran Creek Local Catchment_Northern Rivers_23292"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39817	"Bulls Nest Creek Local Catchment_Northern Rivers_23293"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39818	"Fine Flower Creek (lower) Local Catchment_Northern Rivers_23294"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39819	"Fine Flower Creek (upper) Local Catchment_Northern Rivers_23295"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39821	"Pulganbar Creek Local Catchment_Northern Rivers_23297"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39822	"Unnamed creek (83) Local Catchment_Northern Rivers_23298"	"Coal mining"	"Potential"	"Water Quality"	"High"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39826	"Nettle Creek Local Catchment_Northern Rivers_23302"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39827	"Newbold Creek Local Catchment_Northern Rivers_23303"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39828	"Circular Flat Creek Local Catchment_Northern Rivers_23304"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39829	"Clarence River (reach 05) Local Catchment_Northern Rivers_23305"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39830	"Purgatory Creek Local Catchment_Northern Rivers_23306"	"Coal mining"	"Potential"	"Water Quality"	"High"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39831	"Main Creek Local Catchment_Northern Rivers_23307"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39832	"Valoram Creek Local Catchment_Northern Rivers_23308"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39834	"Eaton Creek Local Catchment_Northern Rivers_23310"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39835	"Cattle Creek Local Catchment_Northern Rivers_23311"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39836	"Brickmakers Creek Local Catchment_Northern Rivers_23312"	"Coal mining"	"Potential"	"Water Quality"	"High"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39837	"Smiths Creek Local Catchment_Northern Rivers_23313"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39838	"Wombat Creek Local Catchment_Northern Rivers_23314"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39839	"Stockyard Creek Local Catchment_Northern Rivers_23315"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39840	"Punchbowl Creek Local Catchment_Northern Rivers_23316"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39841	"Clarence River (reach 06) Local Catchment_Northern Rivers_23317"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39842	"Unnamed creek (86) Local Catchment_Northern Rivers_23318"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39843	"Chaselings Creek Local Catchment_Northern Rivers_23319"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39844	"Unnamed creek (87) Local Catchment_Northern Rivers_23320"	"Coal mining"	"Potential"	"Water Quality"	"High"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39845	"Fortis Creek Local Catchment_Northern Rivers_23321"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39846	"Chapman Creek Local Catchment_Northern Rivers_23322"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39847	"White Swamp Creek Local Catchment_Northern Rivers_23323"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39848	"Rocky Creek Local Catchment_Northern Rivers_23324"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39849	"Two Mile Creek Local Catchment_Northern Rivers_23325"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39850	"Junction Creek Local Catchment_Northern Rivers_23326"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39851	"Lankeys Creek Local Catchment_Northern Rivers_23327"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39852	"Whiteman Creek Local Catchment_Northern Rivers_23328"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39853	"Eldon Creek Local Catchment_Northern Rivers_23329"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39854	"Double Swamp Creek Local Catchment_Northern Rivers_23330"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39855	"Cowans Creek Local Catchment_Northern Rivers_23331"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39856	"Musk Valley Creek Local Catchment_Northern Rivers_23332"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39857	"Alumy Creek Local Catchment_Northern Rivers_23333"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39858	"Bunyip Creek Local Catchment_Northern Rivers_23334"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39859	"Unnamed creek (88) Local Catchment_Northern Rivers_23335"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39860	"Clarence River (reach 07) Local Catchment_Northern Rivers_23336"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39861	"Alipou Creek Local Catchment_Northern Rivers_23337"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39862	"Washpen Creek Local Catchment_Northern Rivers_23338"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39863	"McPhillips Creek Local Catchment_Northern Rivers_23339"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39864	"Pheasant Creek Local Catchment_Northern Rivers_23340"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39865	"Bom Bom Creek Local Catchment_Northern Rivers_23341"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39866	"Glenugie Creek Local Catchment_Northern Rivers_23342"	"Coal mining"	"Potential"	"Water Quality"	"High"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39867	"Poison Creek Local Catchment_Northern Rivers_23343"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39868	"Banyabba Creek Local Catchment_Northern Rivers_23344"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39869	"Saltwater Creek Local Catchment_Northern Rivers_23345"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39870	"Rileys Creek Local Catchment_Northern Rivers_23346"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39871	"Sheep Creek Local Catchment_Northern Rivers_23347"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39872	"Unnamed creek (89) Local Catchment_Northern Rivers_23348"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39873	"Dilkoon Creek Local Catchment_Northern Rivers_23349"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39874	"Bullock Swamp Creek Local Catchment_Northern Rivers_23350"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39875	"Unnamed creek (90) Local Catchment_Northern Rivers_23351"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39876	"Duck Creek Local Catchment_Northern Rivers_23352"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39877	"Little Broadwater Local Catchment_Northern Rivers_23353"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39878	"Mill Creek Local Catchment_Northern Rivers_23354"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39879	"Sportsman Creek (upper) Local Catchment_Northern Rivers_23355"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39880	"Warragai Creek Local Catchment_Northern Rivers_23356"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39881	"Harrisons Creek Local Catchment_Northern Rivers_23357"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39882	"Sportsman Creek (lower) Local Catchment_Northern Rivers_23358"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39883	"Black Creek Local Catchment_Northern Rivers_23359"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39884	"Unnamed creek (91) Local Catchment_Northern Rivers_23360"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39885	"Amos Creek Local Catchment_Northern Rivers_23361"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39886	"Pillar Valley Creek Local Catchment_Northern Rivers_23362"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39887	"Coldstream River (upper) Local Catchment_Northern Rivers_23363"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39888	"Unnamed creek (92) Local Catchment_Northern Rivers_23364"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39889	"Bostocks Gully Local Catchment_Northern Rivers_23365"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39890	"Chaffin Creek Local Catchment_Northern Rivers_23366"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39891	"Deep Creek Local Catchment_Northern Rivers_23367"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39892	"Sweeneys Creek Local Catchment_Northern Rivers_23368"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39893	"Oregan Creek Local Catchment_Northern Rivers_23369"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39894	"Calligans Creek Local Catchment_Northern Rivers_23370"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39895	"Coldstream River (lower) Local Catchment_Northern Rivers_23371"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39896	"Calliope Creek Local Catchment_Northern Rivers_23372"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39897	"Champions Creek Local Catchment_Northern Rivers_23373"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39898	"Crowleys Creek Local Catchment_Northern Rivers_23374"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39899	"Boundary Creek Local Catchment_Northern Rivers_23375"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39900	"Oak Flat Creek Local Catchment_Northern Rivers_23376"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39901	"Sandy Creek Local Catchment_Northern Rivers_23377"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39902	"Shark Creek (lower Local Catchment_Northern Rivers_23378"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39903	"South Arm Local Catchment_Northern Rivers_23379"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39904	"Duckpond Creek Local Catchment_Northern Rivers_23380"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39905	"Niarga Creek Local Catchment_Northern Rivers_23381"	"Coal mining"	"Potential"	"Water Quality"	"High"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39906	"Filans Creek Local Catchment_Northern Rivers_23382"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39907	"McMillans Creek Local Catchment_Northern Rivers_23383"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39908	"Unnamed creek (93) Local Catchment_Northern Rivers_23384"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39909	"Broadwater Creek (lower) Local Catchment_Northern Rivers_23385"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39910	"Broadwater Creek (upper) Local Catchment_Northern Rivers_23386"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39911	"Mangrove Creek Local Catchment_Northern Rivers_23387"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39912	"Barneys Creek Local Catchment_Northern Rivers_23388"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39913	"Clarence River (reach 08) Local Catchment_Northern Rivers_23389"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39914	"Shark Creek (upper) Local Catchment_Northern Rivers_23390"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39915	"Unnamed creek (94) Local Catchment_Northern Rivers_23391"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39916	"Candole Creek Local Catchment_Northern Rivers_23392"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39917	"Toumbaal Creek Local Catchment_Northern Rivers_23393"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39918	"Oceanic drainage (12) Local Catchment_Northern Rivers_23394"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39919	"Sandon River Local Catchment_Northern Rivers_23395"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39920	"Scope Creek Local Catchment_Northern Rivers_23396"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39921	"Oceanic drainage (11) Local Catchment_Northern Rivers_23397"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39922	"Unnamed creek (95) Local Catchment_Northern Rivers_23398"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39923	"Oceanic drainage (10) Local Catchment_Northern Rivers_23399"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39924	"Jerusalem Creek Local Catchment_Northern Rivers_23400"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39925	"Oceanic drainage (09) Local Catchment_Northern Rivers_23401"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39926	"Oceanic drainage (08) Local Catchment_Northern Rivers_23402"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39927	"Tabimoble Creek Local Catchment_Northern Rivers_23403"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39928	"Jackys Gully Local Catchment_Northern Rivers_23404"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39929	"Unnamed creek (96) Local Catchment_Northern Rivers_23405"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39930	"Unnamed creek (97) Local Catchment_Northern Rivers_23406"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39931	"Esk River Local Catchment_Northern Rivers_23407"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39932	"Morora Creek Local Catchment_Northern Rivers_23408"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39933	"Serpentine Channel Local Catchment_Northern Rivers_23409"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39934	"North Arm Local Catchment_Northern Rivers_23410"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39935	"Haleys Creek Local Catchment_Northern Rivers_23411"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39936	"Wooloweyah Lagoon Local Catchment_Northern Rivers_23412"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39937	"Oyster Channel Local Catchment_Northern Rivers_23413"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39938	"Clarence River (reach 09) Local Catchment_Northern Rivers_23414"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39939	"Palmers Channel Local Catchment_Northern Rivers_23415"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39940	"Richmond River (reach 04) Local Catchment_Northern Rivers_23416"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39941	"Richmond River (reach 05) Local Catchment_Northern Rivers_23417"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39942	"Wanderer Creek Local Catchment_Northern Rivers_23418"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39943	"Barcoongere River Local Catchment_Northern Rivers_23419"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39944	"Bookram Creek Local Catchment_Northern Rivers_23420"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39945	"Unnamed creek (97) Local Catchment_Northern Rivers_23421"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39946	"Oceanic drainage (14) Local Catchment_Northern Rivers_23422"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39947	"Station Creek Local Catchment_Northern Rivers_23423"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39948	"Lake Hiawatha Local Catchment_Northern Rivers_23424"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39949	"Oceanic drainage (13) Local Catchment_Northern Rivers_23425"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39950	"Wooli Wooli River Local Catchment_Northern Rivers_23426"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39951	"Dirty Creek Local Catchment_Northern Rivers_23427"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39952	"Saltwater Creek Local Catchment_Northern Rivers_23428"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39953	"Oceanic drainage (15) Local Catchment_Northern Rivers_23429"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39954	"Madmans Creek Local Catchment_Northern Rivers_23430"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39955	"Lazyman Creek Local Catchment_Northern Rivers_23431"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39956	"Bark Hut Creek Local Catchment_Northern Rivers_23432"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39957	"Oceanic drainage (16) Local Catchment_Northern Rivers_23433"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39958	"Arrawarra Creek Local Catchment_Northern Rivers_23434"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39959	"Corindi River Local Catchment_Northern Rivers_23435"	"Coal mining"	"Potential"	"Water Quality"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39977	"Yellow Creek Local Catchment_Northern Rivers_23454"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39978	"Plumbago Creek Local Catchment_Northern Rivers_23455"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
39987	"Timbarra River (reach 05) Local Catchment_Northern Rivers_23464"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
40020	"Maryland River (reach 03) Local Catchment_Northern Rivers_23497"	"Coal mining"	"Potential"	"Water Quality"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quality at the site and downstream of the site. An advertent spillage of chemicals or overflow of retention ponds may reduce water quality to the detriment of local agriculture and the local aquatic environment."
40023	"Cullendore Creek Local Catchment_Northern Rivers_22857"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40024	"Acacia Creek Local Catchment_Northern Rivers_22858"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40039	"Five Mile Creek Local Catchment_Northern Rivers_22873"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40040	"Trough Creek Local Catchment_Northern Rivers_22874"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40041	"Unnamed creek (11) Local Catchment_Northern Rivers_22875"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40042	"Coonoom Creek Local Catchment_Northern Rivers_22876"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40043	"Brasnans Creek Local Catchment_Northern Rivers_22877"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40044	"Oaky Creek Local Catchment_Northern Rivers_22878"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40045	"Unnamed creek (15) Local Catchment_Northern Rivers_22879"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40046	"Sandy Creek Local Catchment_Northern Rivers_22880"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40047	"Rocky Waterholes Creek Local Catchment_Northern Rivers_22881"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40048	"Captains Creek Local Catchment_Northern Rivers_22882"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40049	"Flagstone Creek Local Catchment_Northern Rivers_22883"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40050	"Koreelah River (reach 02) Local Catchment_Northern Rivers_22884"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40051	"Koreelah River (reach 01) Local Catchment_Northern Rivers_22885"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40052	"Grahams Creek Local Catchment_Northern Rivers_22886"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40053	"Unnamed creek (24) Local Catchment_Northern Rivers_22887"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40054	"Unnamed creek (25) Local Catchment_Northern Rivers_22888"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40055	"Lindesay Creek Local Catchment_Northern Rivers_22889"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40056	"Woodenbong Creek Local Catchment_Northern Rivers_22890"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40057	"Rockhill Creek Local Catchment_Northern Rivers_22891"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40058	"Beaury Creek Local Catchment_Northern Rivers_22892"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40059	"Five Mile Creek Local Catchment_Northern Rivers_22893"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40060	"Wallaby Creek Local Catchment_Northern Rivers_22894"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40061	"Kangaroo Creek Local Catchment_Northern Rivers_22895"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40062	"Little Cullen Creek Local Catchment_Northern Rivers_22896"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40063	"Cullen Creek Local Catchment_Northern Rivers_22897"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40065	"Castle Creek Local Catchment_Northern Rivers_22899"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40066	"Boomi Creek Local Catchment_Northern Rivers_22900"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40067	"Tooloom Creek (reach 01) Local Catchment_Northern Rivers_22901"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40068	"DInner Creek Local Catchment_Northern Rivers_22902"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40069	"Eight Day Creek Local Catchment_Northern Rivers_22903"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40070	"Oaky Creek Local Catchment_Northern Rivers_22904"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40071	"Tooloom Creek (reach 02) Local Catchment_Northern Rivers_22905"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40072	"Back Creek Local Catchment_Northern Rivers_22906"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40073	"Raspberry Creek Local Catchment_Northern Rivers_22907"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40074	"Tayling Creek Local Catchment_Northern Rivers_22908"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40075	"Cedar Gelters Creek Local Catchment_Northern Rivers_22909"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40076	"Sheepstation Creek Local Catchment_Northern Rivers_22910"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40077	"Brindle Creek Local Catchment_Northern Rivers_22911"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40078	"Gradys Creek Local Catchment_Northern Rivers_22912"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40079	"Logan Creek Local Catchment_Northern Rivers_22913"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40080	"Long Creek Local Catchment_Northern Rivers_22914"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40081	"Terrace Creek Local Catchment_Northern Rivers_22915"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40082	"Sawpit Creek Local Catchment_Northern Rivers_22916"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40083	"October Creek Local Catchment_Northern Rivers_22917"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40084	"Findon Creek Local Catchment_Northern Rivers_22918"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40085	"Burnetts Creek Local Catchment_Northern Rivers_22919"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40086	"Richmond River (reach 01) Local Catchment_Northern Rivers_22920"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40087	"Hixsons Creek Local Catchment_Northern Rivers_22921"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40088	"Collins Creek Local Catchment_Northern Rivers_22922"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40089	"Warrazambil Creek Local Catchment_Northern Rivers_22923"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40090	"Lynches Creek Local Catchment_Northern Rivers_22924"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40091	"Wyndham Creek Local Catchment_Northern Rivers_22925"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40092	"O'Donnell Creek Local Catchment_Northern Rivers_22926"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40093	"Smiths Creek Local Catchment_Northern Rivers_22927"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40094	"Camp Creek Local Catchment_Northern Rivers_22928"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40095	"Oaky Creek Local Catchment_Northern Rivers_22929"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40096	"Iron Pot Creek Local Catchment_Northern Rivers_22930"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40097	"Burroughs Creek Local Catchment_Northern Rivers_22931"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40098	"Cob O'Corn Creek Local Catchment_Northern Rivers_22932"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40099	"Babyl Creek Local Catchment_Northern Rivers_22933"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40100	"Doubtful Creek Local Catchment_Northern Rivers_22934"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40101	"Woolners Arm Local Catchment_Northern Rivers_22935"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40102	"Unnamed creek (28) Local Catchment_Northern Rivers_22936"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40103	"Dyraaba Creek Local Catchment_Northern Rivers_22937"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40104	"Unnamed creek (29) Local Catchment_Northern Rivers_22938"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40105	"Unnamed creek (30) Local Catchment_Northern Rivers_22939"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40106	"Eden Creek Local Catchment_Northern Rivers_22940"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40107	"Terrace Creek Local Catchment_Northern Rivers_22941"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40108	"Fawcetts Creek Local Catchment_Northern Rivers_22942"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40109	"Horse Station Creek Local Catchment_Northern Rivers_22943"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40110	"Unnamed creek (31) Local Catchment_Northern Rivers_22944"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40111	"Unnamed creek (32) Local Catchment_Northern Rivers_22945"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40112	"Richmond River (reach 02) Local Catchment_Northern Rivers_22946"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40113	"Lagoon Creek Local Catchment_Northern Rivers_22947"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40114	"Wattle Creek Local Catchment_Northern Rivers_22948"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40115	"Unnamed creek (33) Local Catchment_Northern Rivers_22949"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40116	"Camp Creek Local Catchment_Northern Rivers_22950"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40117	"Unnamed creek (34) Local Catchment_Northern Rivers_22951"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40118	"Unnamed creek (35) Local Catchment_Northern Rivers_22952"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40119	"Sandy Creek Local Catchment_Northern Rivers_22953"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40120	"Pelican Creek Local Catchment_Northern Rivers_22954"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40121	"Oaky Creek Local Catchment_Northern Rivers_22955"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40122	"Boundary Creek Local Catchment_Northern Rivers_22956"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40123	"Unnamed creek (36) Local Catchment_Northern Rivers_22957"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40124	"Scrubby Creek Local Catchment_Northern Rivers_22958"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40125	"Boorabee Creek Local Catchment_Northern Rivers_22960"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40126	"Back Creek Local Catchment_Northern Rivers_22961"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40127	"Little Back Creek Local Catchment_Northern Rivers_22962"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40128	"Booerie Creek Local Catchment_Northern Rivers_22963"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40129	"Jiggi Creek Local Catchment_Northern Rivers_22964"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40130	"Georgica Creek Local Catchment_Northern Rivers_22965"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40131	"Cabbage Tree Creek Local Catchment_Northern Rivers_22966"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40132	"Mulgum Creek Local Catchment_Northern Rivers_22967"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40133	"Goolmangar Creek Local Catchment_Northern Rivers_22968"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40134	"Calico Creek Local Catchment_Northern Rivers_22969"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40135	"Tuntable Creek Local Catchment_Northern Rivers_22970"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40136	"Terania Creek Local Catchment_Northern Rivers_22971"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40137	"Branch Creek Local Catchment_Northern Rivers_22972"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40138	"Horseshow Creek Local Catchment_Northern Rivers_22973"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40139	"Websters Creek Local Catchment_Northern Rivers_22974"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40140	"Leycester Creek Local Catchment_Northern Rivers_22975"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40141	"Hollingsworth Creek Local Catchment_Northern Rivers_22976"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40142	"Lagoon Creek Local Catchment_Northern Rivers_22977"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40143	"Numulgi Creek Local Catchment_Northern Rivers_22978"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40144	"Dans Creek Local Catchment_Northern Rivers_22979"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40145	"Rocky Creek Local Catchment_Northern Rivers_22980"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40146	"Boomerang Creek Local Catchment_Northern Rivers_22981"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40147	"Bennys Creek Local Catchment_Northern Rivers_22982"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40148	"Coppers Creek Local Catchment_Northern Rivers_22983"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40149	"Repentance Creek Local Catchment_Northern Rivers_22984"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40150	"Pearces Creek Local Catchment_Northern Rivers_22985"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40151	"Skinners Creek Local Catchment_Northern Rivers_22986"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40152	"Opossum Creek Local Catchment_Northern Rivers_22987"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40153	"Stony Creek Local Catchment_Northern Rivers_22989"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40154	"Unnamed creek (37) Local Catchment_Northern Rivers_22990"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40155	"Wilsons River (lower) Local Catchment_Northern Rivers_22991"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40156	"Theresa Creek Local Catchment_Northern Rivers_22992"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40157	"Bingeebeebra Creek Local Catchment_Northern Rivers_22993"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40158	"Mummulgum Creek Local Catchment_Northern Rivers_22994"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40159	"Cherry Tree Creek Local Catchment_Northern Rivers_22995"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40160	"Simpkins Creek Local Catchment_Northern Rivers_22996"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40161	"Cabbage Tree Creek Local Catchment_Northern Rivers_22997"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40162	"Mongogarie Creek Local Catchment_Northern Rivers_22998"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40163	"Sawpit Creek Local Catchment_Northern Rivers_22999"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40164	"Unnamed creek (38) Local Catchment_Northern Rivers_23000"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40165	"Unnamed creek (39) Local Catchment_Northern Rivers_23001"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40166	"Middle Creek Local Catchment_Northern Rivers_23002"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40167	"Unnamed creek (40) Local Catchment_Northern Rivers_23003"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40168	"Serpentine Creek Local Catchment_Northern Rivers_23004"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40169	"Oaky Creek Local Catchment_Northern Rivers_23005"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40170	"Spring Creek Local Catchment_Northern Rivers_23006"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40171	"Shannon Brook (lower) Local Catchment_Northern Rivers_23007"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40172	"Shannon Brook (upper) Local Catchment_Northern Rivers_23008"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40173	"Tomki Creek Local Catchment_Northern Rivers_23009"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40174	"Unnamed creek (41) Local Catchment_Northern Rivers_23010"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40175	"Barlings Creek Local Catchment_Northern Rivers_23011"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40176	"Unnamed creek (42) Local Catchment_Northern Rivers_23012"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40177	"Unnamed creek (01) Local Catchment_Northern Rivers_23013"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40178	"Walshes Creek Local Catchment_Northern Rivers_23014"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40179	"Richmond River (reach 03) Local Catchment_Northern Rivers_23015"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40180	"Back Creek Local Catchment_Northern Rivers_23016"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40181	"Pumpenbil Creek Local Catchment_Northern Rivers_23017"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40182	"North Pumpenbil Creek Local Catchment_Northern Rivers_23018"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40183	"Brays Creek Local Catchment_Northern Rivers_23019"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40184	"South Pumpenbil Creek Local Catchment_Northern Rivers_23020"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40185	"Cedar Creek Local Catchment_Northern Rivers_23021"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40186	"Byrrill Creek Local Catchment_Northern Rivers_23022"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40187	"Kunghurloo Creek Local Catchment_Northern Rivers_23023"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40188	"Tweed River (reach 01) Local Catchment_Northern Rivers_23024"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40189	"Perch Creek Local Catchment_Northern Rivers_23025"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40190	"Tyalgum Creek Local Catchment_Northern Rivers_23026"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40191	"Hopping Dicks Creek Local Catchment_Northern Rivers_23027"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40192	"Wollumbin Creek Local Catchment_Northern Rivers_23028"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40196	"Rous River Local Catchment_Northern Rivers_23032"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40197	"Oxley River Local Catchment_Northern Rivers_23033"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40199	"Doon Doon Creek Local Catchment_Northern Rivers_23035"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40200	"Commissioners Creek Local Catchment_Northern Rivers_23036"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40204	"Rowlands Creek Local Catchment_Northern Rivers_23040"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40212	"Belongil Creek Local Catchment_Northern Rivers_23048"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40214	"Wilsons River (upper) Local Catchment_Northern Rivers_23050"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40215	"Unnamed creek (46) Local Catchment_Northern Rivers_23051"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40216	"Simpsons Creek Local Catchment_Northern Rivers_23052"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40217	"Unnamed creek (47) Local Catchment_Northern Rivers_23053"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40218	"Pipeclay Creek Local Catchment_Northern Rivers_23054"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40221	"Busbys Creek Local Catchment_Northern Rivers_23057"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40222	"Sandy Creek Local Catchment_Northern Rivers_23058"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40223	"Phillip Creek Local Catchment_Northern Rivers_23059"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40224	"Cabbage Tree Creek Local Catchment_Northern Rivers_23060"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40225	"Unnamed creek (48) Local Catchment_Northern Rivers_23061"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40226	"Six Mile Swamp Creek Local Catchment_Northern Rivers_23062"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40227	"Six Mile Creek Local Catchment_Northern Rivers_23063"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40228	"Battens Bight Creek Local Catchment_Northern Rivers_23064"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40229	"Unnamed creek (49) Local Catchment_Northern Rivers_23065"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40230	"Four Mile Creek Local Catchment_Northern Rivers_23066"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40231	"Myrtle Creek (upper) Local Catchment_Northern Rivers_23067"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40232	"Bambi Creek Local Catchment_Northern Rivers_23068"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40233	"Unnamed creek (50) Local Catchment_Northern Rivers_23069"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40234	"Unnamed creek (51) Local Catchment_Northern Rivers_23070"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40235	"Camira Creek Local Catchment_Northern Rivers_23071"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40236	"Unnamed creek (52) Local Catchment_Northern Rivers_23072"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40237	"Physics Creek Local Catchment_Northern Rivers_23073"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40238	"Unnamed creek (53) Local Catchment_Northern Rivers_23074"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40239	"Myall Creek Local Catchment_Northern Rivers_23075"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40240	"Myrtle Creek (lower Local Catchment_Northern Rivers_23076"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40241	"Unnamed creek (54) Local Catchment_Northern Rivers_23077"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40242	"Jacybalbin Creek Local Catchment_Northern Rivers_23078"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40243	"Unnamed creek (56) Local Catchment_Northern Rivers_23079"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40244	"Unnamed creek (57) Local Catchment_Northern Rivers_23080"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40245	"Unnamed creek (55) Local Catchment_Northern Rivers_23081"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40246	"Unnamed creek (58) Local Catchment_Northern Rivers_23082"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40247	"Unnamed creek (59) Local Catchment_Northern Rivers_23083"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40248	"Unnamed creek (60) Local Catchment_Northern Rivers_23084"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40249	"Unnamed creek (61) Local Catchment_Northern Rivers_23085"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40250	"Seelems Creek Local Catchment_Northern Rivers_23086"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40251	"Tucki Tucki Creek Local Catchment_Northern Rivers_23087"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40252	"Marom Creek Local Catchment_Northern Rivers_23088"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40253	"Youngman Creek Local Catchment_Northern Rivers_23089"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40254	"Gum Creek Local Catchment_Northern Rivers_23090"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40255	"Yellow Creek Local Catchment_Northern Rivers_23091"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40256	"Tuckean Broadwater Local Catchment_Northern Rivers_23092"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40257	"Byron Creek Local Catchment_Northern Rivers_23093"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40258	"North Creek Local Catchment_Northern Rivers_23094"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40259	"Oceanic drainage (06) Local Catchment_Northern Rivers_23095"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40260	"Duck Creek Local Catchment_Northern Rivers_23096"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40261	"Houghlahans Creek Local Catchment_Northern Rivers_23097"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40262	"Emigrant Creek Local Catchment_Northern Rivers_23098"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40263	"Maguires Creek Local Catchment_Northern Rivers_23099"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40264	"Chilcotts Creek Local Catchment_Northern Rivers_23100"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40265	"Bingai Creek Local Catchment_Northern Rivers_23101"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40266	"Oceanic drainage (07) Local Catchment_Northern Rivers_23102"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40267	"Brandy Arm Creek Local Catchment_Northern Rivers_23103"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40268	"Unnamed creek (62) Local Catchment_Northern Rivers_23104"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40269	"Bungawalbin Creek Local Catchment_Northern Rivers_23105"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40270	"Rocky Mouth Creek Local Catchment_Northern Rivers_23106"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40271	"Evans River Local Catchment_Northern Rivers_23107"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40281	"Bucca Bucca Creek Local Catchment_Northern Rivers_23117"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40283	"Coldwater Creek Local Catchment_Northern Rivers_23119"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40284	"Bagawa Creek Local Catchment_Northern Rivers_23120"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40285	"Halfway Creek Local Catchment_Northern Rivers_23121"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40286	"Unnamed creek (64) Local Catchment_Northern Rivers_23122"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40287	"Palm Creek Local Catchment_Northern Rivers_23123"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40288	"Snake Creek Local Catchment_Northern Rivers_23124"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40289	"Middle Creek Local Catchment_Northern Rivers_23125"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40290	"Sherwood Creek Local Catchment_Northern Rivers_23126"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40291	"Dundoo Creek Local Catchment_Northern Rivers_23127"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40292	"Averys Creek Local Catchment_Northern Rivers_23128"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40293	"Tallawudgah Creek Local Catchment_Northern Rivers_23129"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40294	"Unnamed creek (65) Local Catchment_Northern Rivers_23130"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40296	"Kremnos Creek Local Catchment_Northern Rivers_23132"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40297	"Fern Creek Local Catchment_Northern Rivers_23133"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40298	"Raspberry Creek Local Catchment_Northern Rivers_23134"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40299	"Walters Creek Local Catchment_Northern Rivers_23135"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40300	"Orara River (reach 03) Local Catchment_Northern Rivers_23136"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40301	"Qwyarigo Creek Local Catchment_Northern Rivers_23137"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40302	"Unnamed creek (63) Local Catchment_Northern Rivers_23138"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40303	"Fiddlers Creek Local Catchment_Northern Rivers_23139"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40304	"Orara River (reach 04) Local Catchment_Northern Rivers_23140"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40305	"Middle Creek Local Catchment_Northern Rivers_23141"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40308	"Waterhole Creek Local Catchment_Northern Rivers_23144"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40309	"Towallum River Local Catchment_Northern Rivers_23145"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40310	"Kangaroo River (lower) Local Catchment_Northern Rivers_23146"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40311	"Maloneys Creek Local Catchment_Northern Rivers_23147"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40312	"Beanball Creek Local Catchment_Northern Rivers_23148"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40313	"Koukandowie Creek Local Catchment_Northern Rivers_23149"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40314	"Sandy Swamp Creek Local Catchment_Northern Rivers_23150"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40315	"Skinners Creek Local Catchment_Northern Rivers_23151"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40316	"Goolang Creek Local Catchment_Northern Rivers_23152"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40317	"Farquhars Creek Local Catchment_Northern Rivers_23153"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40318	"Blaxlands Creek Local Catchment_Northern Rivers_23154"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40319	"Boiling Down Creek Local Catchment_Northern Rivers_23155"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40320	"Unnamed creek (66) Local Catchment_Northern Rivers_23156"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40321	"Back Creek Local Catchment_Northern Rivers_23157"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40322	"Deep Creek Local Catchment_Northern Rivers_23158"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40323	"Shannon Creek Local Catchment_Northern Rivers_23159"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40324	"Picnic Creek Local Catchment_Northern Rivers_23160"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40325	"Teatree Creek Local Catchment_Northern Rivers_23161"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40326	"Orara River (reach 05) Local Catchment_Northern Rivers_23162"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40327	"Caines Creek Local Catchment_Northern Rivers_23163"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40328	"Endless Creek Local Catchment_Northern Rivers_23164"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40329	"OBX Creek Local Catchment_Northern Rivers_23165"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40330	"Stinking Creek Local Catchment_Northern Rivers_23166"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40331	"Chambigne Creek Local Catchment_Northern Rivers_23167"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40333	"Munns Creek Local Catchment_Northern Rivers_23169"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40334	"Jackys Creek Local Catchment_Northern Rivers_23170"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40335	"Mattiers Creek Local Catchment_Northern Rivers_23171"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40336	"Little Mattiers Creek Local Catchment_Northern Rivers_23172"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40337	"Flaggy Creek Local Catchment_Northern Rivers_23173"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40338	"Southions Creek Local Catchment_Northern Rivers_23174"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40339	"Orara River (reach 06) Local Catchment_Northern Rivers_23175"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40347	"Mole Creek Local Catchment_Northern Rivers_23183"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40348	"Kangaroo River (upper) Local Catchment_Northern Rivers_23184"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40359	"Cloghers Creek Local Catchment_Northern Rivers_23195"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40367	"Oaky Creek Local Catchment_Northern Rivers_23203"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40386	"Capeen Creek Local Catchment_Northern Rivers_23222"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40387	"Unnamed creek (77) Local Catchment_Northern Rivers_23223"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40388	"Unnamed creek (78) Local Catchment_Northern Rivers_23224"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40389	"Slaughter Creek Local Catchment_Northern Rivers_23225"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40390	"Bean Creek Local Catchment_Northern Rivers_23226"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40391	"Sandy Creek Local Catchment_Northern Rivers_23227"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40392	"Duck Creek (upper) Local Catchment_Northern Rivers_23228"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40393	"Haystack Creek Local Catchment_Northern Rivers_23229"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40394	"Little Haystack Creek Local Catchment_Northern Rivers_23230"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40395	"Duck Creek (lower) Local Catchment_Northern Rivers_23231"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40396	"Gorge Creek Local Catchment_Northern Rivers_23232"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40397	"Peacock Creek Local Catchment_Northern Rivers_23233"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40398	"Bottle Creek Local Catchment_Northern Rivers_23234"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40399	"Culmaran Creek Local Catchment_Northern Rivers_23235"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40400	"Tryney Creek Local Catchment_Northern Rivers_23236"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40401	"Tunglebung Creek Local Catchment_Northern Rivers_23237"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40402	"Little Creek Local Catchment_Northern Rivers_23238"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40403	"Gularey Creek Local Catchment_Northern Rivers_23239"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40404	"Unnamed creek (79) Local Catchment_Northern Rivers_23240"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40405	"Tabulam Rivulet Local Catchment_Northern Rivers_23241"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40406	"Tooloom Creek (reach 03) Local Catchment_Northern Rivers_23242"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40407	"Slaughteryard Creek Local Catchment_Northern Rivers_23243"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40408	"Yabbra Creek Local Catchment_Northern Rivers_23244"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40409	"Mosquito Creek Local Catchment_Northern Rivers_23245"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40411	"Four Mile Creek Local Catchment_Northern Rivers_23247"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40413	"Emu Creek Local Catchment_Northern Rivers_23249"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40415	"Clarence River (reach 02) Local Catchment_Northern Rivers_23251"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40416	"Tooloonki Creek Local Catchment_Northern Rivers_23252"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40417	"Mookima Wybra Creek Local Catchment_Northern Rivers_23253"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40418	"Fever Creek Local Catchment_Northern Rivers_23254"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40419	"Baxters Creek Local Catchment_Northern Rivers_23255"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40420	"Alice Brook Local Catchment_Northern Rivers_23256"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40421	"Rocky Creek Local Catchment_Northern Rivers_23257"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40422	"Clarence River (reach 03) Local Catchment_Northern Rivers_23258"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40423	"Keembin Creek Local Catchment_Northern Rivers_23259"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40424	"Dignans Creek Local Catchment_Northern Rivers_23260"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40425	"Gerrards Creek Local Catchment_Northern Rivers_23261"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40426	"Dulgigin Creek Local Catchment_Northern Rivers_23262"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40427	"Pickabooba Creek Local Catchment_Northern Rivers_23263"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40428	"Dry Creek Local Catchment_Northern Rivers_23264"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40430	"Ewingar Creek Local Catchment_Northern Rivers_23266"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40433	"Kungurrabar Creek Local Catchment_Northern Rivers_23269"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40434	"Long Mile Creek Local Catchment_Northern Rivers_23270"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40436	"Dubadar Creek Local Catchment_Northern Rivers_23272"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40437	"Bugilbar Creek Local Catchment_Northern Rivers_23273"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40438	"Oaky Creek Local Catchment_Northern Rivers_23274"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40439	"Josephs Creek Local Catchment_Northern Rivers_23275"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40440	"Sawyers Creek Local Catchment_Northern Rivers_23276"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40441	"Pucka Ponds Creek Local Catchment_Northern Rivers_23277"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40442	"Fourteen Mile Creek Local Catchment_Northern Rivers_23278"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40443	"Clarence River (reach 04) Local Catchment_Northern Rivers_23279"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40447	"Hassans Creek Local Catchment_Northern Rivers_23283"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40448	"Unnamed creek (80) Local Catchment_Northern Rivers_23284"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40449	"Barretts Creek Local Catchment_Northern Rivers_23285"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40450	"Unnamed creek (81) Local Catchment_Northern Rivers_23286"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40451	"Oaky Creek Local Catchment_Northern Rivers_23287"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40452	"Floggem Creek Local Catchment_Northern Rivers_23288"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40453	"Unnamed creek (82) Local Catchment_Northern Rivers_23289"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40454	"Dry Creek Local Catchment_Northern Rivers_23290"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40455	"Cawleys Creek Local Catchment_Northern Rivers_23291"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40456	"Carran Creek Local Catchment_Northern Rivers_23292"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40457	"Bulls Nest Creek Local Catchment_Northern Rivers_23293"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40458	"Fine Flower Creek (lower) Local Catchment_Northern Rivers_23294"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40459	"Fine Flower Creek (upper) Local Catchment_Northern Rivers_23295"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40461	"Pulganbar Creek Local Catchment_Northern Rivers_23297"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40462	"Unnamed creek (83) Local Catchment_Northern Rivers_23298"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40466	"Nettle Creek Local Catchment_Northern Rivers_23302"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40467	"Newbold Creek Local Catchment_Northern Rivers_23303"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40468	"Circular Flat Creek Local Catchment_Northern Rivers_23304"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40469	"Clarence River (reach 05) Local Catchment_Northern Rivers_23305"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40470	"Purgatory Creek Local Catchment_Northern Rivers_23306"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40471	"Main Creek Local Catchment_Northern Rivers_23307"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40472	"Valoram Creek Local Catchment_Northern Rivers_23308"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40474	"Eaton Creek Local Catchment_Northern Rivers_23310"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40475	"Cattle Creek Local Catchment_Northern Rivers_23311"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40476	"Brickmakers Creek Local Catchment_Northern Rivers_23312"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40477	"Smiths Creek Local Catchment_Northern Rivers_23313"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40478	"Wombat Creek Local Catchment_Northern Rivers_23314"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40479	"Stockyard Creek Local Catchment_Northern Rivers_23315"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40480	"Punchbowl Creek Local Catchment_Northern Rivers_23316"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40481	"Clarence River (reach 06) Local Catchment_Northern Rivers_23317"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40482	"Unnamed creek (86) Local Catchment_Northern Rivers_23318"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40483	"Chaselings Creek Local Catchment_Northern Rivers_23319"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40484	"Unnamed creek (87) Local Catchment_Northern Rivers_23320"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40485	"Fortis Creek Local Catchment_Northern Rivers_23321"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40486	"Chapman Creek Local Catchment_Northern Rivers_23322"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40487	"White Swamp Creek Local Catchment_Northern Rivers_23323"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40488	"Rocky Creek Local Catchment_Northern Rivers_23324"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40489	"Two Mile Creek Local Catchment_Northern Rivers_23325"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40490	"Junction Creek Local Catchment_Northern Rivers_23326"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40491	"Lankeys Creek Local Catchment_Northern Rivers_23327"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40492	"Whiteman Creek Local Catchment_Northern Rivers_23328"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40493	"Eldon Creek Local Catchment_Northern Rivers_23329"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40494	"Double Swamp Creek Local Catchment_Northern Rivers_23330"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40495	"Cowans Creek Local Catchment_Northern Rivers_23331"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40496	"Musk Valley Creek Local Catchment_Northern Rivers_23332"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40497	"Alumy Creek Local Catchment_Northern Rivers_23333"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40498	"Bunyip Creek Local Catchment_Northern Rivers_23334"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40499	"Unnamed creek (88) Local Catchment_Northern Rivers_23335"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40500	"Clarence River (reach 07) Local Catchment_Northern Rivers_23336"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40501	"Alipou Creek Local Catchment_Northern Rivers_23337"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40502	"Washpen Creek Local Catchment_Northern Rivers_23338"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40503	"McPhillips Creek Local Catchment_Northern Rivers_23339"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40504	"Pheasant Creek Local Catchment_Northern Rivers_23340"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40505	"Bom Bom Creek Local Catchment_Northern Rivers_23341"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40506	"Glenugie Creek Local Catchment_Northern Rivers_23342"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40507	"Poison Creek Local Catchment_Northern Rivers_23343"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40508	"Banyabba Creek Local Catchment_Northern Rivers_23344"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40509	"Saltwater Creek Local Catchment_Northern Rivers_23345"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40510	"Rileys Creek Local Catchment_Northern Rivers_23346"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40511	"Sheep Creek Local Catchment_Northern Rivers_23347"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40512	"Unnamed creek (89) Local Catchment_Northern Rivers_23348"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40513	"Dilkoon Creek Local Catchment_Northern Rivers_23349"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40514	"Bullock Swamp Creek Local Catchment_Northern Rivers_23350"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40515	"Unnamed creek (90) Local Catchment_Northern Rivers_23351"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40516	"Duck Creek Local Catchment_Northern Rivers_23352"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40517	"Little Broadwater Local Catchment_Northern Rivers_23353"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40518	"Mill Creek Local Catchment_Northern Rivers_23354"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40519	"Sportsman Creek (upper) Local Catchment_Northern Rivers_23355"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40520	"Warragai Creek Local Catchment_Northern Rivers_23356"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40521	"Harrisons Creek Local Catchment_Northern Rivers_23357"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40522	"Sportsman Creek (lower) Local Catchment_Northern Rivers_23358"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40523	"Black Creek Local Catchment_Northern Rivers_23359"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40524	"Unnamed creek (91) Local Catchment_Northern Rivers_23360"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40525	"Amos Creek Local Catchment_Northern Rivers_23361"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40526	"Pillar Valley Creek Local Catchment_Northern Rivers_23362"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40527	"Coldstream River (upper) Local Catchment_Northern Rivers_23363"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40528	"Unnamed creek (92) Local Catchment_Northern Rivers_23364"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40529	"Bostocks Gully Local Catchment_Northern Rivers_23365"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40530	"Chaffin Creek Local Catchment_Northern Rivers_23366"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40531	"Deep Creek Local Catchment_Northern Rivers_23367"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40532	"Sweeneys Creek Local Catchment_Northern Rivers_23368"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40533	"Oregan Creek Local Catchment_Northern Rivers_23369"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40534	"Calligans Creek Local Catchment_Northern Rivers_23370"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40535	"Coldstream River (lower) Local Catchment_Northern Rivers_23371"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40536	"Calliope Creek Local Catchment_Northern Rivers_23372"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40537	"Champions Creek Local Catchment_Northern Rivers_23373"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40538	"Crowleys Creek Local Catchment_Northern Rivers_23374"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40539	"Boundary Creek Local Catchment_Northern Rivers_23375"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40540	"Oak Flat Creek Local Catchment_Northern Rivers_23376"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40541	"Sandy Creek Local Catchment_Northern Rivers_23377"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40542	"Shark Creek (lower Local Catchment_Northern Rivers_23378"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40543	"South Arm Local Catchment_Northern Rivers_23379"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40544	"Duckpond Creek Local Catchment_Northern Rivers_23380"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40545	"Niarga Creek Local Catchment_Northern Rivers_23381"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40546	"Filans Creek Local Catchment_Northern Rivers_23382"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40547	"McMillans Creek Local Catchment_Northern Rivers_23383"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40548	"Unnamed creek (93) Local Catchment_Northern Rivers_23384"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40549	"Broadwater Creek (lower) Local Catchment_Northern Rivers_23385"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40550	"Broadwater Creek (upper) Local Catchment_Northern Rivers_23386"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40551	"Mangrove Creek Local Catchment_Northern Rivers_23387"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40552	"Barneys Creek Local Catchment_Northern Rivers_23388"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40553	"Clarence River (reach 08) Local Catchment_Northern Rivers_23389"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40554	"Shark Creek (upper) Local Catchment_Northern Rivers_23390"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40555	"Unnamed creek (94) Local Catchment_Northern Rivers_23391"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40556	"Candole Creek Local Catchment_Northern Rivers_23392"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40557	"Toumbaal Creek Local Catchment_Northern Rivers_23393"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40558	"Oceanic drainage (12) Local Catchment_Northern Rivers_23394"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40559	"Sandon River Local Catchment_Northern Rivers_23395"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40560	"Scope Creek Local Catchment_Northern Rivers_23396"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40561	"Oceanic drainage (11) Local Catchment_Northern Rivers_23397"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40562	"Unnamed creek (95) Local Catchment_Northern Rivers_23398"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40563	"Oceanic drainage (10) Local Catchment_Northern Rivers_23399"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40564	"Jerusalem Creek Local Catchment_Northern Rivers_23400"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40565	"Oceanic drainage (09) Local Catchment_Northern Rivers_23401"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40566	"Oceanic drainage (08) Local Catchment_Northern Rivers_23402"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40567	"Tabimoble Creek Local Catchment_Northern Rivers_23403"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40568	"Jackys Gully Local Catchment_Northern Rivers_23404"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40569	"Unnamed creek (96) Local Catchment_Northern Rivers_23405"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40570	"Unnamed creek (97) Local Catchment_Northern Rivers_23406"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40571	"Esk River Local Catchment_Northern Rivers_23407"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40572	"Morora Creek Local Catchment_Northern Rivers_23408"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40573	"Serpentine Channel Local Catchment_Northern Rivers_23409"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40574	"North Arm Local Catchment_Northern Rivers_23410"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40575	"Haleys Creek Local Catchment_Northern Rivers_23411"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40576	"Wooloweyah Lagoon Local Catchment_Northern Rivers_23412"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40577	"Oyster Channel Local Catchment_Northern Rivers_23413"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40578	"Clarence River (reach 09) Local Catchment_Northern Rivers_23414"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40579	"Palmers Channel Local Catchment_Northern Rivers_23415"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40580	"Richmond River (reach 04) Local Catchment_Northern Rivers_23416"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40581	"Richmond River (reach 05) Local Catchment_Northern Rivers_23417"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40582	"Wanderer Creek Local Catchment_Northern Rivers_23418"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40583	"Barcoongere River Local Catchment_Northern Rivers_23419"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40584	"Bookram Creek Local Catchment_Northern Rivers_23420"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40585	"Unnamed creek (97) Local Catchment_Northern Rivers_23421"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40586	"Oceanic drainage (14) Local Catchment_Northern Rivers_23422"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40587	"Station Creek Local Catchment_Northern Rivers_23423"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40588	"Lake Hiawatha Local Catchment_Northern Rivers_23424"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40589	"Oceanic drainage (13) Local Catchment_Northern Rivers_23425"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40590	"Wooli Wooli River Local Catchment_Northern Rivers_23426"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40591	"Dirty Creek Local Catchment_Northern Rivers_23427"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40592	"Saltwater Creek Local Catchment_Northern Rivers_23428"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40593	"Oceanic drainage (15) Local Catchment_Northern Rivers_23429"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40594	"Madmans Creek Local Catchment_Northern Rivers_23430"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40595	"Lazyman Creek Local Catchment_Northern Rivers_23431"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40596	"Bark Hut Creek Local Catchment_Northern Rivers_23432"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40597	"Oceanic drainage (16) Local Catchment_Northern Rivers_23433"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40598	"Arrawarra Creek Local Catchment_Northern Rivers_23434"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40599	"Corindi River Local Catchment_Northern Rivers_23435"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40617	"Yellow Creek Local Catchment_Northern Rivers_23454"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40618	"Plumbago Creek Local Catchment_Northern Rivers_23455"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40627	"Timbarra River (reach 05) Local Catchment_Northern Rivers_23464"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40660	"Maryland River (reach 03) Local Catchment_Northern Rivers_23497"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
40663	"Cullendore Creek Local Catchment_Northern Rivers_22857"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40664	"Acacia Creek Local Catchment_Northern Rivers_22858"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40679	"Five Mile Creek Local Catchment_Northern Rivers_22873"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40680	"Trough Creek Local Catchment_Northern Rivers_22874"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40681	"Unnamed creek (11) Local Catchment_Northern Rivers_22875"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40682	"Coonoom Creek Local Catchment_Northern Rivers_22876"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40683	"Brasnans Creek Local Catchment_Northern Rivers_22877"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40684	"Oaky Creek Local Catchment_Northern Rivers_22878"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40685	"Unnamed creek (15) Local Catchment_Northern Rivers_22879"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40686	"Sandy Creek Local Catchment_Northern Rivers_22880"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40687	"Rocky Waterholes Creek Local Catchment_Northern Rivers_22881"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40688	"Captains Creek Local Catchment_Northern Rivers_22882"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40689	"Flagstone Creek Local Catchment_Northern Rivers_22883"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40690	"Koreelah River (reach 02) Local Catchment_Northern Rivers_22884"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40691	"Koreelah River (reach 01) Local Catchment_Northern Rivers_22885"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40692	"Grahams Creek Local Catchment_Northern Rivers_22886"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40693	"Unnamed creek (24) Local Catchment_Northern Rivers_22887"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40694	"Unnamed creek (25) Local Catchment_Northern Rivers_22888"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40695	"Lindesay Creek Local Catchment_Northern Rivers_22889"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40696	"Woodenbong Creek Local Catchment_Northern Rivers_22890"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40697	"Rockhill Creek Local Catchment_Northern Rivers_22891"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40698	"Beaury Creek Local Catchment_Northern Rivers_22892"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40699	"Five Mile Creek Local Catchment_Northern Rivers_22893"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40700	"Wallaby Creek Local Catchment_Northern Rivers_22894"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40701	"Kangaroo Creek Local Catchment_Northern Rivers_22895"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40702	"Little Cullen Creek Local Catchment_Northern Rivers_22896"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40703	"Cullen Creek Local Catchment_Northern Rivers_22897"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40705	"Castle Creek Local Catchment_Northern Rivers_22899"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40706	"Boomi Creek Local Catchment_Northern Rivers_22900"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40707	"Tooloom Creek (reach 01) Local Catchment_Northern Rivers_22901"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40708	"DInner Creek Local Catchment_Northern Rivers_22902"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40709	"Eight Day Creek Local Catchment_Northern Rivers_22903"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40710	"Oaky Creek Local Catchment_Northern Rivers_22904"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40711	"Tooloom Creek (reach 02) Local Catchment_Northern Rivers_22905"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40712	"Back Creek Local Catchment_Northern Rivers_22906"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40713	"Raspberry Creek Local Catchment_Northern Rivers_22907"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40714	"Tayling Creek Local Catchment_Northern Rivers_22908"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40715	"Cedar Gelters Creek Local Catchment_Northern Rivers_22909"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40716	"Sheepstation Creek Local Catchment_Northern Rivers_22910"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40717	"Brindle Creek Local Catchment_Northern Rivers_22911"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40718	"Gradys Creek Local Catchment_Northern Rivers_22912"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40719	"Logan Creek Local Catchment_Northern Rivers_22913"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40720	"Long Creek Local Catchment_Northern Rivers_22914"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40721	"Terrace Creek Local Catchment_Northern Rivers_22915"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40722	"Sawpit Creek Local Catchment_Northern Rivers_22916"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40723	"October Creek Local Catchment_Northern Rivers_22917"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40724	"Findon Creek Local Catchment_Northern Rivers_22918"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40725	"Burnetts Creek Local Catchment_Northern Rivers_22919"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40726	"Richmond River (reach 01) Local Catchment_Northern Rivers_22920"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40727	"Hixsons Creek Local Catchment_Northern Rivers_22921"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40728	"Collins Creek Local Catchment_Northern Rivers_22922"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40729	"Warrazambil Creek Local Catchment_Northern Rivers_22923"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40730	"Lynches Creek Local Catchment_Northern Rivers_22924"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40731	"Wyndham Creek Local Catchment_Northern Rivers_22925"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40732	"O'Donnell Creek Local Catchment_Northern Rivers_22926"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40733	"Smiths Creek Local Catchment_Northern Rivers_22927"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40734	"Camp Creek Local Catchment_Northern Rivers_22928"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40735	"Oaky Creek Local Catchment_Northern Rivers_22929"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40736	"Iron Pot Creek Local Catchment_Northern Rivers_22930"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40737	"Burroughs Creek Local Catchment_Northern Rivers_22931"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40738	"Cob O'Corn Creek Local Catchment_Northern Rivers_22932"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40739	"Babyl Creek Local Catchment_Northern Rivers_22933"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40740	"Doubtful Creek Local Catchment_Northern Rivers_22934"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40741	"Woolners Arm Local Catchment_Northern Rivers_22935"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40742	"Unnamed creek (28) Local Catchment_Northern Rivers_22936"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40743	"Dyraaba Creek Local Catchment_Northern Rivers_22937"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40744	"Unnamed creek (29) Local Catchment_Northern Rivers_22938"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40745	"Unnamed creek (30) Local Catchment_Northern Rivers_22939"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40746	"Eden Creek Local Catchment_Northern Rivers_22940"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40747	"Terrace Creek Local Catchment_Northern Rivers_22941"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40748	"Fawcetts Creek Local Catchment_Northern Rivers_22942"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40749	"Horse Station Creek Local Catchment_Northern Rivers_22943"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40750	"Unnamed creek (31) Local Catchment_Northern Rivers_22944"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40751	"Unnamed creek (32) Local Catchment_Northern Rivers_22945"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40752	"Richmond River (reach 02) Local Catchment_Northern Rivers_22946"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40753	"Lagoon Creek Local Catchment_Northern Rivers_22947"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40754	"Wattle Creek Local Catchment_Northern Rivers_22948"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40755	"Unnamed creek (33) Local Catchment_Northern Rivers_22949"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40756	"Camp Creek Local Catchment_Northern Rivers_22950"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40757	"Unnamed creek (34) Local Catchment_Northern Rivers_22951"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40758	"Unnamed creek (35) Local Catchment_Northern Rivers_22952"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40759	"Sandy Creek Local Catchment_Northern Rivers_22953"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40760	"Pelican Creek Local Catchment_Northern Rivers_22954"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40761	"Oaky Creek Local Catchment_Northern Rivers_22955"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40762	"Boundary Creek Local Catchment_Northern Rivers_22956"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40763	"Unnamed creek (36) Local Catchment_Northern Rivers_22957"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40764	"Scrubby Creek Local Catchment_Northern Rivers_22958"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40765	"Boorabee Creek Local Catchment_Northern Rivers_22960"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40766	"Back Creek Local Catchment_Northern Rivers_22961"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40767	"Little Back Creek Local Catchment_Northern Rivers_22962"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40768	"Booerie Creek Local Catchment_Northern Rivers_22963"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40769	"Jiggi Creek Local Catchment_Northern Rivers_22964"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40770	"Georgica Creek Local Catchment_Northern Rivers_22965"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40771	"Cabbage Tree Creek Local Catchment_Northern Rivers_22966"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40772	"Mulgum Creek Local Catchment_Northern Rivers_22967"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40773	"Goolmangar Creek Local Catchment_Northern Rivers_22968"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40774	"Calico Creek Local Catchment_Northern Rivers_22969"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40775	"Tuntable Creek Local Catchment_Northern Rivers_22970"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40776	"Terania Creek Local Catchment_Northern Rivers_22971"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40777	"Branch Creek Local Catchment_Northern Rivers_22972"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40778	"Horseshow Creek Local Catchment_Northern Rivers_22973"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40779	"Websters Creek Local Catchment_Northern Rivers_22974"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40780	"Leycester Creek Local Catchment_Northern Rivers_22975"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40781	"Hollingsworth Creek Local Catchment_Northern Rivers_22976"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40782	"Lagoon Creek Local Catchment_Northern Rivers_22977"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40783	"Numulgi Creek Local Catchment_Northern Rivers_22978"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40784	"Dans Creek Local Catchment_Northern Rivers_22979"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40785	"Rocky Creek Local Catchment_Northern Rivers_22980"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40786	"Boomerang Creek Local Catchment_Northern Rivers_22981"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40787	"Bennys Creek Local Catchment_Northern Rivers_22982"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40788	"Coppers Creek Local Catchment_Northern Rivers_22983"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40789	"Repentance Creek Local Catchment_Northern Rivers_22984"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40790	"Pearces Creek Local Catchment_Northern Rivers_22985"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40791	"Skinners Creek Local Catchment_Northern Rivers_22986"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40792	"Opossum Creek Local Catchment_Northern Rivers_22987"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40793	"Stony Creek Local Catchment_Northern Rivers_22989"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40794	"Unnamed creek (37) Local Catchment_Northern Rivers_22990"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40795	"Wilsons River (lower) Local Catchment_Northern Rivers_22991"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40796	"Theresa Creek Local Catchment_Northern Rivers_22992"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40797	"Bingeebeebra Creek Local Catchment_Northern Rivers_22993"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40798	"Mummulgum Creek Local Catchment_Northern Rivers_22994"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40799	"Cherry Tree Creek Local Catchment_Northern Rivers_22995"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40800	"Simpkins Creek Local Catchment_Northern Rivers_22996"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40801	"Cabbage Tree Creek Local Catchment_Northern Rivers_22997"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40802	"Mongogarie Creek Local Catchment_Northern Rivers_22998"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40803	"Sawpit Creek Local Catchment_Northern Rivers_22999"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40804	"Unnamed creek (38) Local Catchment_Northern Rivers_23000"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40805	"Unnamed creek (39) Local Catchment_Northern Rivers_23001"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40806	"Middle Creek Local Catchment_Northern Rivers_23002"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40807	"Unnamed creek (40) Local Catchment_Northern Rivers_23003"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40808	"Serpentine Creek Local Catchment_Northern Rivers_23004"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40809	"Oaky Creek Local Catchment_Northern Rivers_23005"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40810	"Spring Creek Local Catchment_Northern Rivers_23006"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40811	"Shannon Brook (lower) Local Catchment_Northern Rivers_23007"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40812	"Shannon Brook (upper) Local Catchment_Northern Rivers_23008"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40813	"Tomki Creek Local Catchment_Northern Rivers_23009"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40814	"Unnamed creek (41) Local Catchment_Northern Rivers_23010"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40815	"Barlings Creek Local Catchment_Northern Rivers_23011"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40816	"Unnamed creek (42) Local Catchment_Northern Rivers_23012"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40817	"Unnamed creek (01) Local Catchment_Northern Rivers_23013"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40818	"Walshes Creek Local Catchment_Northern Rivers_23014"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40819	"Richmond River (reach 03) Local Catchment_Northern Rivers_23015"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40820	"Back Creek Local Catchment_Northern Rivers_23016"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40821	"Pumpenbil Creek Local Catchment_Northern Rivers_23017"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40822	"North Pumpenbil Creek Local Catchment_Northern Rivers_23018"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40823	"Brays Creek Local Catchment_Northern Rivers_23019"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40824	"South Pumpenbil Creek Local Catchment_Northern Rivers_23020"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40825	"Cedar Creek Local Catchment_Northern Rivers_23021"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40826	"Byrrill Creek Local Catchment_Northern Rivers_23022"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40827	"Kunghurloo Creek Local Catchment_Northern Rivers_23023"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40828	"Tweed River (reach 01) Local Catchment_Northern Rivers_23024"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40829	"Perch Creek Local Catchment_Northern Rivers_23025"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40830	"Tyalgum Creek Local Catchment_Northern Rivers_23026"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40831	"Hopping Dicks Creek Local Catchment_Northern Rivers_23027"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40832	"Wollumbin Creek Local Catchment_Northern Rivers_23028"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40836	"Rous River Local Catchment_Northern Rivers_23032"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40837	"Oxley River Local Catchment_Northern Rivers_23033"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40839	"Doon Doon Creek Local Catchment_Northern Rivers_23035"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40840	"Commissioners Creek Local Catchment_Northern Rivers_23036"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40844	"Rowlands Creek Local Catchment_Northern Rivers_23040"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40852	"Belongil Creek Local Catchment_Northern Rivers_23048"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40854	"Wilsons River (upper) Local Catchment_Northern Rivers_23050"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40855	"Unnamed creek (46) Local Catchment_Northern Rivers_23051"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40856	"Simpsons Creek Local Catchment_Northern Rivers_23052"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40857	"Unnamed creek (47) Local Catchment_Northern Rivers_23053"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40858	"Pipeclay Creek Local Catchment_Northern Rivers_23054"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40861	"Busbys Creek Local Catchment_Northern Rivers_23057"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40862	"Sandy Creek Local Catchment_Northern Rivers_23058"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40863	"Phillip Creek Local Catchment_Northern Rivers_23059"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40864	"Cabbage Tree Creek Local Catchment_Northern Rivers_23060"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40865	"Unnamed creek (48) Local Catchment_Northern Rivers_23061"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40866	"Six Mile Swamp Creek Local Catchment_Northern Rivers_23062"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40867	"Six Mile Creek Local Catchment_Northern Rivers_23063"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40868	"Battens Bight Creek Local Catchment_Northern Rivers_23064"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40869	"Unnamed creek (49) Local Catchment_Northern Rivers_23065"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40870	"Four Mile Creek Local Catchment_Northern Rivers_23066"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40871	"Myrtle Creek (upper) Local Catchment_Northern Rivers_23067"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40872	"Bambi Creek Local Catchment_Northern Rivers_23068"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40873	"Unnamed creek (50) Local Catchment_Northern Rivers_23069"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40874	"Unnamed creek (51) Local Catchment_Northern Rivers_23070"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40875	"Camira Creek Local Catchment_Northern Rivers_23071"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40876	"Unnamed creek (52) Local Catchment_Northern Rivers_23072"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40877	"Physics Creek Local Catchment_Northern Rivers_23073"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40878	"Unnamed creek (53) Local Catchment_Northern Rivers_23074"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40879	"Myall Creek Local Catchment_Northern Rivers_23075"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40880	"Myrtle Creek (lower Local Catchment_Northern Rivers_23076"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40881	"Unnamed creek (54) Local Catchment_Northern Rivers_23077"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40882	"Jacybalbin Creek Local Catchment_Northern Rivers_23078"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40883	"Unnamed creek (56) Local Catchment_Northern Rivers_23079"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40884	"Unnamed creek (57) Local Catchment_Northern Rivers_23080"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40885	"Unnamed creek (55) Local Catchment_Northern Rivers_23081"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40886	"Unnamed creek (58) Local Catchment_Northern Rivers_23082"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40887	"Unnamed creek (59) Local Catchment_Northern Rivers_23083"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40888	"Unnamed creek (60) Local Catchment_Northern Rivers_23084"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40889	"Unnamed creek (61) Local Catchment_Northern Rivers_23085"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40890	"Seelems Creek Local Catchment_Northern Rivers_23086"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40891	"Tucki Tucki Creek Local Catchment_Northern Rivers_23087"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40892	"Marom Creek Local Catchment_Northern Rivers_23088"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40893	"Youngman Creek Local Catchment_Northern Rivers_23089"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40894	"Gum Creek Local Catchment_Northern Rivers_23090"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40895	"Yellow Creek Local Catchment_Northern Rivers_23091"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40896	"Tuckean Broadwater Local Catchment_Northern Rivers_23092"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40897	"Byron Creek Local Catchment_Northern Rivers_23093"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40898	"North Creek Local Catchment_Northern Rivers_23094"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40899	"Oceanic drainage (06) Local Catchment_Northern Rivers_23095"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40900	"Duck Creek Local Catchment_Northern Rivers_23096"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40901	"Houghlahans Creek Local Catchment_Northern Rivers_23097"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40902	"Emigrant Creek Local Catchment_Northern Rivers_23098"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40903	"Maguires Creek Local Catchment_Northern Rivers_23099"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40904	"Chilcotts Creek Local Catchment_Northern Rivers_23100"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40905	"Bingai Creek Local Catchment_Northern Rivers_23101"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40906	"Oceanic drainage (07) Local Catchment_Northern Rivers_23102"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40907	"Brandy Arm Creek Local Catchment_Northern Rivers_23103"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40908	"Unnamed creek (62) Local Catchment_Northern Rivers_23104"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40909	"Bungawalbin Creek Local Catchment_Northern Rivers_23105"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40910	"Rocky Mouth Creek Local Catchment_Northern Rivers_23106"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40911	"Evans River Local Catchment_Northern Rivers_23107"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40921	"Bucca Bucca Creek Local Catchment_Northern Rivers_23117"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40923	"Coldwater Creek Local Catchment_Northern Rivers_23119"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40924	"Bagawa Creek Local Catchment_Northern Rivers_23120"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40925	"Halfway Creek Local Catchment_Northern Rivers_23121"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40926	"Unnamed creek (64) Local Catchment_Northern Rivers_23122"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40927	"Palm Creek Local Catchment_Northern Rivers_23123"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40928	"Snake Creek Local Catchment_Northern Rivers_23124"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40929	"Middle Creek Local Catchment_Northern Rivers_23125"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40930	"Sherwood Creek Local Catchment_Northern Rivers_23126"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40931	"Dundoo Creek Local Catchment_Northern Rivers_23127"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40932	"Averys Creek Local Catchment_Northern Rivers_23128"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40933	"Tallawudgah Creek Local Catchment_Northern Rivers_23129"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40934	"Unnamed creek (65) Local Catchment_Northern Rivers_23130"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40936	"Kremnos Creek Local Catchment_Northern Rivers_23132"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40937	"Fern Creek Local Catchment_Northern Rivers_23133"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40938	"Raspberry Creek Local Catchment_Northern Rivers_23134"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40939	"Walters Creek Local Catchment_Northern Rivers_23135"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40940	"Orara River (reach 03) Local Catchment_Northern Rivers_23136"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40941	"Qwyarigo Creek Local Catchment_Northern Rivers_23137"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40942	"Unnamed creek (63) Local Catchment_Northern Rivers_23138"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40943	"Fiddlers Creek Local Catchment_Northern Rivers_23139"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40944	"Orara River (reach 04) Local Catchment_Northern Rivers_23140"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40945	"Middle Creek Local Catchment_Northern Rivers_23141"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40948	"Waterhole Creek Local Catchment_Northern Rivers_23144"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40949	"Towallum River Local Catchment_Northern Rivers_23145"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40950	"Kangaroo River (lower) Local Catchment_Northern Rivers_23146"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40951	"Maloneys Creek Local Catchment_Northern Rivers_23147"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40952	"Beanball Creek Local Catchment_Northern Rivers_23148"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40953	"Koukandowie Creek Local Catchment_Northern Rivers_23149"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40954	"Sandy Swamp Creek Local Catchment_Northern Rivers_23150"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40955	"Skinners Creek Local Catchment_Northern Rivers_23151"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40956	"Goolang Creek Local Catchment_Northern Rivers_23152"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40957	"Farquhars Creek Local Catchment_Northern Rivers_23153"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40958	"Blaxlands Creek Local Catchment_Northern Rivers_23154"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40959	"Boiling Down Creek Local Catchment_Northern Rivers_23155"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40960	"Unnamed creek (66) Local Catchment_Northern Rivers_23156"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40961	"Back Creek Local Catchment_Northern Rivers_23157"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40962	"Deep Creek Local Catchment_Northern Rivers_23158"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40963	"Shannon Creek Local Catchment_Northern Rivers_23159"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40964	"Picnic Creek Local Catchment_Northern Rivers_23160"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40965	"Teatree Creek Local Catchment_Northern Rivers_23161"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40966	"Orara River (reach 05) Local Catchment_Northern Rivers_23162"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40967	"Caines Creek Local Catchment_Northern Rivers_23163"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40968	"Endless Creek Local Catchment_Northern Rivers_23164"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40969	"OBX Creek Local Catchment_Northern Rivers_23165"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40970	"Stinking Creek Local Catchment_Northern Rivers_23166"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40971	"Chambigne Creek Local Catchment_Northern Rivers_23167"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40973	"Munns Creek Local Catchment_Northern Rivers_23169"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40974	"Jackys Creek Local Catchment_Northern Rivers_23170"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40975	"Mattiers Creek Local Catchment_Northern Rivers_23171"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40976	"Little Mattiers Creek Local Catchment_Northern Rivers_23172"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40977	"Flaggy Creek Local Catchment_Northern Rivers_23173"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40978	"Southions Creek Local Catchment_Northern Rivers_23174"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40979	"Orara River (reach 06) Local Catchment_Northern Rivers_23175"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40987	"Mole Creek Local Catchment_Northern Rivers_23183"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40988	"Kangaroo River (upper) Local Catchment_Northern Rivers_23184"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
40999	"Cloghers Creek Local Catchment_Northern Rivers_23195"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41007	"Oaky Creek Local Catchment_Northern Rivers_23203"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41026	"Capeen Creek Local Catchment_Northern Rivers_23222"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41027	"Unnamed creek (77) Local Catchment_Northern Rivers_23223"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41028	"Unnamed creek (78) Local Catchment_Northern Rivers_23224"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41029	"Slaughter Creek Local Catchment_Northern Rivers_23225"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41030	"Bean Creek Local Catchment_Northern Rivers_23226"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41031	"Sandy Creek Local Catchment_Northern Rivers_23227"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41032	"Duck Creek (upper) Local Catchment_Northern Rivers_23228"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41033	"Haystack Creek Local Catchment_Northern Rivers_23229"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41034	"Little Haystack Creek Local Catchment_Northern Rivers_23230"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41035	"Duck Creek (lower) Local Catchment_Northern Rivers_23231"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41036	"Gorge Creek Local Catchment_Northern Rivers_23232"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41037	"Peacock Creek Local Catchment_Northern Rivers_23233"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41038	"Bottle Creek Local Catchment_Northern Rivers_23234"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41039	"Culmaran Creek Local Catchment_Northern Rivers_23235"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41040	"Tryney Creek Local Catchment_Northern Rivers_23236"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41041	"Tunglebung Creek Local Catchment_Northern Rivers_23237"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41042	"Little Creek Local Catchment_Northern Rivers_23238"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41043	"Gularey Creek Local Catchment_Northern Rivers_23239"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41044	"Unnamed creek (79) Local Catchment_Northern Rivers_23240"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41045	"Tabulam Rivulet Local Catchment_Northern Rivers_23241"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41046	"Tooloom Creek (reach 03) Local Catchment_Northern Rivers_23242"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41047	"Slaughteryard Creek Local Catchment_Northern Rivers_23243"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41048	"Yabbra Creek Local Catchment_Northern Rivers_23244"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41049	"Mosquito Creek Local Catchment_Northern Rivers_23245"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41051	"Four Mile Creek Local Catchment_Northern Rivers_23247"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41053	"Emu Creek Local Catchment_Northern Rivers_23249"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41055	"Clarence River (reach 02) Local Catchment_Northern Rivers_23251"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41056	"Tooloonki Creek Local Catchment_Northern Rivers_23252"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41057	"Mookima Wybra Creek Local Catchment_Northern Rivers_23253"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41058	"Fever Creek Local Catchment_Northern Rivers_23254"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41059	"Baxters Creek Local Catchment_Northern Rivers_23255"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41060	"Alice Brook Local Catchment_Northern Rivers_23256"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41061	"Rocky Creek Local Catchment_Northern Rivers_23257"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41062	"Clarence River (reach 03) Local Catchment_Northern Rivers_23258"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41063	"Keembin Creek Local Catchment_Northern Rivers_23259"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41064	"Dignans Creek Local Catchment_Northern Rivers_23260"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41065	"Gerrards Creek Local Catchment_Northern Rivers_23261"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41066	"Dulgigin Creek Local Catchment_Northern Rivers_23262"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41067	"Pickabooba Creek Local Catchment_Northern Rivers_23263"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41068	"Dry Creek Local Catchment_Northern Rivers_23264"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41070	"Ewingar Creek Local Catchment_Northern Rivers_23266"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41073	"Kungurrabar Creek Local Catchment_Northern Rivers_23269"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41074	"Long Mile Creek Local Catchment_Northern Rivers_23270"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41076	"Dubadar Creek Local Catchment_Northern Rivers_23272"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41077	"Bugilbar Creek Local Catchment_Northern Rivers_23273"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41078	"Oaky Creek Local Catchment_Northern Rivers_23274"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41079	"Josephs Creek Local Catchment_Northern Rivers_23275"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41080	"Sawyers Creek Local Catchment_Northern Rivers_23276"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41081	"Pucka Ponds Creek Local Catchment_Northern Rivers_23277"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41082	"Fourteen Mile Creek Local Catchment_Northern Rivers_23278"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41083	"Clarence River (reach 04) Local Catchment_Northern Rivers_23279"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41087	"Hassans Creek Local Catchment_Northern Rivers_23283"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41088	"Unnamed creek (80) Local Catchment_Northern Rivers_23284"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41089	"Barretts Creek Local Catchment_Northern Rivers_23285"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41090	"Unnamed creek (81) Local Catchment_Northern Rivers_23286"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41091	"Oaky Creek Local Catchment_Northern Rivers_23287"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41092	"Floggem Creek Local Catchment_Northern Rivers_23288"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41093	"Unnamed creek (82) Local Catchment_Northern Rivers_23289"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41094	"Dry Creek Local Catchment_Northern Rivers_23290"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41095	"Cawleys Creek Local Catchment_Northern Rivers_23291"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41096	"Carran Creek Local Catchment_Northern Rivers_23292"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41097	"Bulls Nest Creek Local Catchment_Northern Rivers_23293"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41098	"Fine Flower Creek (lower) Local Catchment_Northern Rivers_23294"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41099	"Fine Flower Creek (upper) Local Catchment_Northern Rivers_23295"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41101	"Pulganbar Creek Local Catchment_Northern Rivers_23297"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41102	"Unnamed creek (83) Local Catchment_Northern Rivers_23298"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41106	"Nettle Creek Local Catchment_Northern Rivers_23302"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41107	"Newbold Creek Local Catchment_Northern Rivers_23303"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41108	"Circular Flat Creek Local Catchment_Northern Rivers_23304"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41109	"Clarence River (reach 05) Local Catchment_Northern Rivers_23305"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41110	"Purgatory Creek Local Catchment_Northern Rivers_23306"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41111	"Main Creek Local Catchment_Northern Rivers_23307"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41112	"Valoram Creek Local Catchment_Northern Rivers_23308"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41114	"Eaton Creek Local Catchment_Northern Rivers_23310"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41115	"Cattle Creek Local Catchment_Northern Rivers_23311"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41116	"Brickmakers Creek Local Catchment_Northern Rivers_23312"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41117	"Smiths Creek Local Catchment_Northern Rivers_23313"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41118	"Wombat Creek Local Catchment_Northern Rivers_23314"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41119	"Stockyard Creek Local Catchment_Northern Rivers_23315"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41120	"Punchbowl Creek Local Catchment_Northern Rivers_23316"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41121	"Clarence River (reach 06) Local Catchment_Northern Rivers_23317"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41122	"Unnamed creek (86) Local Catchment_Northern Rivers_23318"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41123	"Chaselings Creek Local Catchment_Northern Rivers_23319"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41124	"Unnamed creek (87) Local Catchment_Northern Rivers_23320"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41125	"Fortis Creek Local Catchment_Northern Rivers_23321"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41126	"Chapman Creek Local Catchment_Northern Rivers_23322"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41127	"White Swamp Creek Local Catchment_Northern Rivers_23323"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41128	"Rocky Creek Local Catchment_Northern Rivers_23324"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41129	"Two Mile Creek Local Catchment_Northern Rivers_23325"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41130	"Junction Creek Local Catchment_Northern Rivers_23326"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41131	"Lankeys Creek Local Catchment_Northern Rivers_23327"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41132	"Whiteman Creek Local Catchment_Northern Rivers_23328"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41133	"Eldon Creek Local Catchment_Northern Rivers_23329"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41134	"Double Swamp Creek Local Catchment_Northern Rivers_23330"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41135	"Cowans Creek Local Catchment_Northern Rivers_23331"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41136	"Musk Valley Creek Local Catchment_Northern Rivers_23332"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41137	"Alumy Creek Local Catchment_Northern Rivers_23333"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41138	"Bunyip Creek Local Catchment_Northern Rivers_23334"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41139	"Unnamed creek (88) Local Catchment_Northern Rivers_23335"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41140	"Clarence River (reach 07) Local Catchment_Northern Rivers_23336"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41141	"Alipou Creek Local Catchment_Northern Rivers_23337"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41142	"Washpen Creek Local Catchment_Northern Rivers_23338"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41143	"McPhillips Creek Local Catchment_Northern Rivers_23339"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41144	"Pheasant Creek Local Catchment_Northern Rivers_23340"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41145	"Bom Bom Creek Local Catchment_Northern Rivers_23341"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41146	"Glenugie Creek Local Catchment_Northern Rivers_23342"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41147	"Poison Creek Local Catchment_Northern Rivers_23343"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41148	"Banyabba Creek Local Catchment_Northern Rivers_23344"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41149	"Saltwater Creek Local Catchment_Northern Rivers_23345"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41150	"Rileys Creek Local Catchment_Northern Rivers_23346"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41151	"Sheep Creek Local Catchment_Northern Rivers_23347"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41152	"Unnamed creek (89) Local Catchment_Northern Rivers_23348"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41153	"Dilkoon Creek Local Catchment_Northern Rivers_23349"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41154	"Bullock Swamp Creek Local Catchment_Northern Rivers_23350"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41155	"Unnamed creek (90) Local Catchment_Northern Rivers_23351"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41156	"Duck Creek Local Catchment_Northern Rivers_23352"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41157	"Little Broadwater Local Catchment_Northern Rivers_23353"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41158	"Mill Creek Local Catchment_Northern Rivers_23354"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41159	"Sportsman Creek (upper) Local Catchment_Northern Rivers_23355"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41160	"Warragai Creek Local Catchment_Northern Rivers_23356"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41161	"Harrisons Creek Local Catchment_Northern Rivers_23357"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41162	"Sportsman Creek (lower) Local Catchment_Northern Rivers_23358"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41163	"Black Creek Local Catchment_Northern Rivers_23359"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41164	"Unnamed creek (91) Local Catchment_Northern Rivers_23360"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41165	"Amos Creek Local Catchment_Northern Rivers_23361"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41166	"Pillar Valley Creek Local Catchment_Northern Rivers_23362"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41167	"Coldstream River (upper) Local Catchment_Northern Rivers_23363"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41168	"Unnamed creek (92) Local Catchment_Northern Rivers_23364"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41169	"Bostocks Gully Local Catchment_Northern Rivers_23365"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41170	"Chaffin Creek Local Catchment_Northern Rivers_23366"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41171	"Deep Creek Local Catchment_Northern Rivers_23367"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41172	"Sweeneys Creek Local Catchment_Northern Rivers_23368"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41173	"Oregan Creek Local Catchment_Northern Rivers_23369"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41174	"Calligans Creek Local Catchment_Northern Rivers_23370"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41175	"Coldstream River (lower) Local Catchment_Northern Rivers_23371"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41176	"Calliope Creek Local Catchment_Northern Rivers_23372"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41177	"Champions Creek Local Catchment_Northern Rivers_23373"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41178	"Crowleys Creek Local Catchment_Northern Rivers_23374"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41179	"Boundary Creek Local Catchment_Northern Rivers_23375"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41180	"Oak Flat Creek Local Catchment_Northern Rivers_23376"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41181	"Sandy Creek Local Catchment_Northern Rivers_23377"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41182	"Shark Creek (lower Local Catchment_Northern Rivers_23378"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41183	"South Arm Local Catchment_Northern Rivers_23379"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41184	"Duckpond Creek Local Catchment_Northern Rivers_23380"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41185	"Niarga Creek Local Catchment_Northern Rivers_23381"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41186	"Filans Creek Local Catchment_Northern Rivers_23382"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41187	"McMillans Creek Local Catchment_Northern Rivers_23383"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41188	"Unnamed creek (93) Local Catchment_Northern Rivers_23384"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41189	"Broadwater Creek (lower) Local Catchment_Northern Rivers_23385"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41190	"Broadwater Creek (upper) Local Catchment_Northern Rivers_23386"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41191	"Mangrove Creek Local Catchment_Northern Rivers_23387"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41192	"Barneys Creek Local Catchment_Northern Rivers_23388"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41193	"Clarence River (reach 08) Local Catchment_Northern Rivers_23389"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41194	"Shark Creek (upper) Local Catchment_Northern Rivers_23390"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41195	"Unnamed creek (94) Local Catchment_Northern Rivers_23391"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41196	"Candole Creek Local Catchment_Northern Rivers_23392"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41197	"Toumbaal Creek Local Catchment_Northern Rivers_23393"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41198	"Oceanic drainage (12) Local Catchment_Northern Rivers_23394"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41199	"Sandon River Local Catchment_Northern Rivers_23395"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41200	"Scope Creek Local Catchment_Northern Rivers_23396"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41201	"Oceanic drainage (11) Local Catchment_Northern Rivers_23397"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41202	"Unnamed creek (95) Local Catchment_Northern Rivers_23398"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41203	"Oceanic drainage (10) Local Catchment_Northern Rivers_23399"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41204	"Jerusalem Creek Local Catchment_Northern Rivers_23400"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41205	"Oceanic drainage (09) Local Catchment_Northern Rivers_23401"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41206	"Oceanic drainage (08) Local Catchment_Northern Rivers_23402"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41207	"Tabimoble Creek Local Catchment_Northern Rivers_23403"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41208	"Jackys Gully Local Catchment_Northern Rivers_23404"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41209	"Unnamed creek (96) Local Catchment_Northern Rivers_23405"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41210	"Unnamed creek (97) Local Catchment_Northern Rivers_23406"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41211	"Esk River Local Catchment_Northern Rivers_23407"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41212	"Morora Creek Local Catchment_Northern Rivers_23408"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41213	"Serpentine Channel Local Catchment_Northern Rivers_23409"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41214	"North Arm Local Catchment_Northern Rivers_23410"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41215	"Haleys Creek Local Catchment_Northern Rivers_23411"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41216	"Wooloweyah Lagoon Local Catchment_Northern Rivers_23412"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41217	"Oyster Channel Local Catchment_Northern Rivers_23413"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41218	"Clarence River (reach 09) Local Catchment_Northern Rivers_23414"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41219	"Palmers Channel Local Catchment_Northern Rivers_23415"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41220	"Richmond River (reach 04) Local Catchment_Northern Rivers_23416"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41221	"Richmond River (reach 05) Local Catchment_Northern Rivers_23417"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41222	"Wanderer Creek Local Catchment_Northern Rivers_23418"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41223	"Barcoongere River Local Catchment_Northern Rivers_23419"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41224	"Bookram Creek Local Catchment_Northern Rivers_23420"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41225	"Unnamed creek (97) Local Catchment_Northern Rivers_23421"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41226	"Oceanic drainage (14) Local Catchment_Northern Rivers_23422"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41227	"Station Creek Local Catchment_Northern Rivers_23423"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41228	"Lake Hiawatha Local Catchment_Northern Rivers_23424"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41229	"Oceanic drainage (13) Local Catchment_Northern Rivers_23425"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41230	"Wooli Wooli River Local Catchment_Northern Rivers_23426"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41231	"Dirty Creek Local Catchment_Northern Rivers_23427"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41232	"Saltwater Creek Local Catchment_Northern Rivers_23428"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41233	"Oceanic drainage (15) Local Catchment_Northern Rivers_23429"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41234	"Madmans Creek Local Catchment_Northern Rivers_23430"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41235	"Lazyman Creek Local Catchment_Northern Rivers_23431"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41236	"Bark Hut Creek Local Catchment_Northern Rivers_23432"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41237	"Oceanic drainage (16) Local Catchment_Northern Rivers_23433"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41238	"Arrawarra Creek Local Catchment_Northern Rivers_23434"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41239	"Corindi River Local Catchment_Northern Rivers_23435"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41257	"Yellow Creek Local Catchment_Northern Rivers_23454"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41258	"Plumbago Creek Local Catchment_Northern Rivers_23455"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41267	"Timbarra River (reach 05) Local Catchment_Northern Rivers_23464"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41300	"Maryland River (reach 03) Local Catchment_Northern Rivers_23497"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Low"		"Coal seam gas activities have the potential to increase water quantity at the site and downstream of the operation if treated water is released into the stream network. CSG operations are not likely to result in any reduction in surface water  flow."
41303	"Cullendore Creek Local Catchment_Northern Rivers_22857"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41304	"Acacia Creek Local Catchment_Northern Rivers_22858"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41319	"Five Mile Creek Local Catchment_Northern Rivers_22873"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41320	"Trough Creek Local Catchment_Northern Rivers_22874"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41321	"Unnamed creek (11) Local Catchment_Northern Rivers_22875"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41322	"Coonoom Creek Local Catchment_Northern Rivers_22876"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41323	"Brasnans Creek Local Catchment_Northern Rivers_22877"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41324	"Oaky Creek Local Catchment_Northern Rivers_22878"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41325	"Unnamed creek (15) Local Catchment_Northern Rivers_22879"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41326	"Sandy Creek Local Catchment_Northern Rivers_22880"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41327	"Rocky Waterholes Creek Local Catchment_Northern Rivers_22881"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41328	"Captains Creek Local Catchment_Northern Rivers_22882"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41329	"Flagstone Creek Local Catchment_Northern Rivers_22883"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41330	"Koreelah River (reach 02) Local Catchment_Northern Rivers_22884"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41331	"Koreelah River (reach 01) Local Catchment_Northern Rivers_22885"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41332	"Grahams Creek Local Catchment_Northern Rivers_22886"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41333	"Unnamed creek (24) Local Catchment_Northern Rivers_22887"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41334	"Unnamed creek (25) Local Catchment_Northern Rivers_22888"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41335	"Lindesay Creek Local Catchment_Northern Rivers_22889"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41336	"Woodenbong Creek Local Catchment_Northern Rivers_22890"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41337	"Rockhill Creek Local Catchment_Northern Rivers_22891"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41338	"Beaury Creek Local Catchment_Northern Rivers_22892"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41339	"Five Mile Creek Local Catchment_Northern Rivers_22893"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41340	"Wallaby Creek Local Catchment_Northern Rivers_22894"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41341	"Kangaroo Creek Local Catchment_Northern Rivers_22895"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41342	"Little Cullen Creek Local Catchment_Northern Rivers_22896"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41343	"Cullen Creek Local Catchment_Northern Rivers_22897"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41345	"Castle Creek Local Catchment_Northern Rivers_22899"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41346	"Boomi Creek Local Catchment_Northern Rivers_22900"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41347	"Tooloom Creek (reach 01) Local Catchment_Northern Rivers_22901"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41348	"DInner Creek Local Catchment_Northern Rivers_22902"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41349	"Eight Day Creek Local Catchment_Northern Rivers_22903"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41350	"Oaky Creek Local Catchment_Northern Rivers_22904"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41351	"Tooloom Creek (reach 02) Local Catchment_Northern Rivers_22905"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41352	"Back Creek Local Catchment_Northern Rivers_22906"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41353	"Raspberry Creek Local Catchment_Northern Rivers_22907"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41354	"Tayling Creek Local Catchment_Northern Rivers_22908"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41355	"Cedar Gelters Creek Local Catchment_Northern Rivers_22909"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41356	"Sheepstation Creek Local Catchment_Northern Rivers_22910"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41357	"Brindle Creek Local Catchment_Northern Rivers_22911"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41358	"Gradys Creek Local Catchment_Northern Rivers_22912"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41359	"Logan Creek Local Catchment_Northern Rivers_22913"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41360	"Long Creek Local Catchment_Northern Rivers_22914"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41361	"Terrace Creek Local Catchment_Northern Rivers_22915"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41362	"Sawpit Creek Local Catchment_Northern Rivers_22916"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41363	"October Creek Local Catchment_Northern Rivers_22917"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41364	"Findon Creek Local Catchment_Northern Rivers_22918"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41365	"Burnetts Creek Local Catchment_Northern Rivers_22919"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41366	"Richmond River (reach 01) Local Catchment_Northern Rivers_22920"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41367	"Hixsons Creek Local Catchment_Northern Rivers_22921"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41368	"Collins Creek Local Catchment_Northern Rivers_22922"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41369	"Warrazambil Creek Local Catchment_Northern Rivers_22923"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41370	"Lynches Creek Local Catchment_Northern Rivers_22924"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41371	"Wyndham Creek Local Catchment_Northern Rivers_22925"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41372	"O'Donnell Creek Local Catchment_Northern Rivers_22926"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41373	"Smiths Creek Local Catchment_Northern Rivers_22927"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41374	"Camp Creek Local Catchment_Northern Rivers_22928"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41375	"Oaky Creek Local Catchment_Northern Rivers_22929"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41376	"Iron Pot Creek Local Catchment_Northern Rivers_22930"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41377	"Burroughs Creek Local Catchment_Northern Rivers_22931"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41378	"Cob O'Corn Creek Local Catchment_Northern Rivers_22932"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41379	"Babyl Creek Local Catchment_Northern Rivers_22933"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41380	"Doubtful Creek Local Catchment_Northern Rivers_22934"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41381	"Woolners Arm Local Catchment_Northern Rivers_22935"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41382	"Unnamed creek (28) Local Catchment_Northern Rivers_22936"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41383	"Dyraaba Creek Local Catchment_Northern Rivers_22937"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41384	"Unnamed creek (29) Local Catchment_Northern Rivers_22938"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41385	"Unnamed creek (30) Local Catchment_Northern Rivers_22939"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41386	"Eden Creek Local Catchment_Northern Rivers_22940"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41387	"Terrace Creek Local Catchment_Northern Rivers_22941"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41388	"Fawcetts Creek Local Catchment_Northern Rivers_22942"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41389	"Horse Station Creek Local Catchment_Northern Rivers_22943"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41390	"Unnamed creek (31) Local Catchment_Northern Rivers_22944"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41391	"Unnamed creek (32) Local Catchment_Northern Rivers_22945"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41392	"Richmond River (reach 02) Local Catchment_Northern Rivers_22946"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41393	"Lagoon Creek Local Catchment_Northern Rivers_22947"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41394	"Wattle Creek Local Catchment_Northern Rivers_22948"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41395	"Unnamed creek (33) Local Catchment_Northern Rivers_22949"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41396	"Camp Creek Local Catchment_Northern Rivers_22950"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41397	"Unnamed creek (34) Local Catchment_Northern Rivers_22951"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41398	"Unnamed creek (35) Local Catchment_Northern Rivers_22952"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41399	"Sandy Creek Local Catchment_Northern Rivers_22953"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41400	"Pelican Creek Local Catchment_Northern Rivers_22954"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41401	"Oaky Creek Local Catchment_Northern Rivers_22955"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41402	"Boundary Creek Local Catchment_Northern Rivers_22956"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41403	"Unnamed creek (36) Local Catchment_Northern Rivers_22957"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41404	"Scrubby Creek Local Catchment_Northern Rivers_22958"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41405	"Boorabee Creek Local Catchment_Northern Rivers_22960"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41406	"Back Creek Local Catchment_Northern Rivers_22961"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41407	"Little Back Creek Local Catchment_Northern Rivers_22962"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41408	"Booerie Creek Local Catchment_Northern Rivers_22963"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41409	"Jiggi Creek Local Catchment_Northern Rivers_22964"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41410	"Georgica Creek Local Catchment_Northern Rivers_22965"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41411	"Cabbage Tree Creek Local Catchment_Northern Rivers_22966"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41412	"Mulgum Creek Local Catchment_Northern Rivers_22967"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41413	"Goolmangar Creek Local Catchment_Northern Rivers_22968"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41414	"Calico Creek Local Catchment_Northern Rivers_22969"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41415	"Tuntable Creek Local Catchment_Northern Rivers_22970"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41416	"Terania Creek Local Catchment_Northern Rivers_22971"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41417	"Branch Creek Local Catchment_Northern Rivers_22972"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41418	"Horseshow Creek Local Catchment_Northern Rivers_22973"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41419	"Websters Creek Local Catchment_Northern Rivers_22974"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41420	"Leycester Creek Local Catchment_Northern Rivers_22975"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41421	"Hollingsworth Creek Local Catchment_Northern Rivers_22976"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41422	"Lagoon Creek Local Catchment_Northern Rivers_22977"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41423	"Numulgi Creek Local Catchment_Northern Rivers_22978"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41424	"Dans Creek Local Catchment_Northern Rivers_22979"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41425	"Rocky Creek Local Catchment_Northern Rivers_22980"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41426	"Boomerang Creek Local Catchment_Northern Rivers_22981"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41427	"Bennys Creek Local Catchment_Northern Rivers_22982"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41428	"Coppers Creek Local Catchment_Northern Rivers_22983"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41429	"Repentance Creek Local Catchment_Northern Rivers_22984"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41430	"Pearces Creek Local Catchment_Northern Rivers_22985"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41431	"Skinners Creek Local Catchment_Northern Rivers_22986"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41432	"Opossum Creek Local Catchment_Northern Rivers_22987"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41433	"Stony Creek Local Catchment_Northern Rivers_22989"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41434	"Unnamed creek (37) Local Catchment_Northern Rivers_22990"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41435	"Wilsons River (lower) Local Catchment_Northern Rivers_22991"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41436	"Theresa Creek Local Catchment_Northern Rivers_22992"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41437	"Bingeebeebra Creek Local Catchment_Northern Rivers_22993"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41438	"Mummulgum Creek Local Catchment_Northern Rivers_22994"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41439	"Cherry Tree Creek Local Catchment_Northern Rivers_22995"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41440	"Simpkins Creek Local Catchment_Northern Rivers_22996"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41441	"Cabbage Tree Creek Local Catchment_Northern Rivers_22997"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41442	"Mongogarie Creek Local Catchment_Northern Rivers_22998"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41443	"Sawpit Creek Local Catchment_Northern Rivers_22999"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41444	"Unnamed creek (38) Local Catchment_Northern Rivers_23000"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41445	"Unnamed creek (39) Local Catchment_Northern Rivers_23001"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41446	"Middle Creek Local Catchment_Northern Rivers_23002"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41447	"Unnamed creek (40) Local Catchment_Northern Rivers_23003"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41448	"Serpentine Creek Local Catchment_Northern Rivers_23004"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41449	"Oaky Creek Local Catchment_Northern Rivers_23005"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41450	"Spring Creek Local Catchment_Northern Rivers_23006"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41451	"Shannon Brook (lower) Local Catchment_Northern Rivers_23007"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41452	"Shannon Brook (upper) Local Catchment_Northern Rivers_23008"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41453	"Tomki Creek Local Catchment_Northern Rivers_23009"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41454	"Unnamed creek (41) Local Catchment_Northern Rivers_23010"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41455	"Barlings Creek Local Catchment_Northern Rivers_23011"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41456	"Unnamed creek (42) Local Catchment_Northern Rivers_23012"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41457	"Unnamed creek (01) Local Catchment_Northern Rivers_23013"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41458	"Walshes Creek Local Catchment_Northern Rivers_23014"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41459	"Richmond River (reach 03) Local Catchment_Northern Rivers_23015"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41460	"Back Creek Local Catchment_Northern Rivers_23016"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41461	"Pumpenbil Creek Local Catchment_Northern Rivers_23017"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41462	"North Pumpenbil Creek Local Catchment_Northern Rivers_23018"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41463	"Brays Creek Local Catchment_Northern Rivers_23019"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41464	"South Pumpenbil Creek Local Catchment_Northern Rivers_23020"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41465	"Cedar Creek Local Catchment_Northern Rivers_23021"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41466	"Byrrill Creek Local Catchment_Northern Rivers_23022"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41467	"Kunghurloo Creek Local Catchment_Northern Rivers_23023"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41468	"Tweed River (reach 01) Local Catchment_Northern Rivers_23024"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41469	"Perch Creek Local Catchment_Northern Rivers_23025"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41470	"Tyalgum Creek Local Catchment_Northern Rivers_23026"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41471	"Hopping Dicks Creek Local Catchment_Northern Rivers_23027"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41472	"Wollumbin Creek Local Catchment_Northern Rivers_23028"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41476	"Rous River Local Catchment_Northern Rivers_23032"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41477	"Oxley River Local Catchment_Northern Rivers_23033"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41479	"Doon Doon Creek Local Catchment_Northern Rivers_23035"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41480	"Commissioners Creek Local Catchment_Northern Rivers_23036"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41484	"Rowlands Creek Local Catchment_Northern Rivers_23040"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41492	"Belongil Creek Local Catchment_Northern Rivers_23048"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41494	"Wilsons River (upper) Local Catchment_Northern Rivers_23050"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41495	"Unnamed creek (46) Local Catchment_Northern Rivers_23051"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41496	"Simpsons Creek Local Catchment_Northern Rivers_23052"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41497	"Unnamed creek (47) Local Catchment_Northern Rivers_23053"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41498	"Pipeclay Creek Local Catchment_Northern Rivers_23054"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41501	"Busbys Creek Local Catchment_Northern Rivers_23057"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41502	"Sandy Creek Local Catchment_Northern Rivers_23058"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41503	"Phillip Creek Local Catchment_Northern Rivers_23059"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41504	"Cabbage Tree Creek Local Catchment_Northern Rivers_23060"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41505	"Unnamed creek (48) Local Catchment_Northern Rivers_23061"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41506	"Six Mile Swamp Creek Local Catchment_Northern Rivers_23062"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41507	"Six Mile Creek Local Catchment_Northern Rivers_23063"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41508	"Battens Bight Creek Local Catchment_Northern Rivers_23064"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41509	"Unnamed creek (49) Local Catchment_Northern Rivers_23065"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41510	"Four Mile Creek Local Catchment_Northern Rivers_23066"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41511	"Myrtle Creek (upper) Local Catchment_Northern Rivers_23067"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41512	"Bambi Creek Local Catchment_Northern Rivers_23068"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41513	"Unnamed creek (50) Local Catchment_Northern Rivers_23069"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41514	"Unnamed creek (51) Local Catchment_Northern Rivers_23070"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41515	"Camira Creek Local Catchment_Northern Rivers_23071"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41516	"Unnamed creek (52) Local Catchment_Northern Rivers_23072"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41517	"Physics Creek Local Catchment_Northern Rivers_23073"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41518	"Unnamed creek (53) Local Catchment_Northern Rivers_23074"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41519	"Myall Creek Local Catchment_Northern Rivers_23075"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41520	"Myrtle Creek (lower Local Catchment_Northern Rivers_23076"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41521	"Unnamed creek (54) Local Catchment_Northern Rivers_23077"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41522	"Jacybalbin Creek Local Catchment_Northern Rivers_23078"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41523	"Unnamed creek (56) Local Catchment_Northern Rivers_23079"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41524	"Unnamed creek (57) Local Catchment_Northern Rivers_23080"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41525	"Unnamed creek (55) Local Catchment_Northern Rivers_23081"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41526	"Unnamed creek (58) Local Catchment_Northern Rivers_23082"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41527	"Unnamed creek (59) Local Catchment_Northern Rivers_23083"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41528	"Unnamed creek (60) Local Catchment_Northern Rivers_23084"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41529	"Unnamed creek (61) Local Catchment_Northern Rivers_23085"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41530	"Seelems Creek Local Catchment_Northern Rivers_23086"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41531	"Tucki Tucki Creek Local Catchment_Northern Rivers_23087"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41532	"Marom Creek Local Catchment_Northern Rivers_23088"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41533	"Youngman Creek Local Catchment_Northern Rivers_23089"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41534	"Gum Creek Local Catchment_Northern Rivers_23090"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41535	"Yellow Creek Local Catchment_Northern Rivers_23091"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41536	"Tuckean Broadwater Local Catchment_Northern Rivers_23092"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41537	"Byron Creek Local Catchment_Northern Rivers_23093"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41538	"North Creek Local Catchment_Northern Rivers_23094"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41539	"Oceanic drainage (06) Local Catchment_Northern Rivers_23095"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41540	"Duck Creek Local Catchment_Northern Rivers_23096"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41541	"Houghlahans Creek Local Catchment_Northern Rivers_23097"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41542	"Emigrant Creek Local Catchment_Northern Rivers_23098"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41543	"Maguires Creek Local Catchment_Northern Rivers_23099"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41544	"Chilcotts Creek Local Catchment_Northern Rivers_23100"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41545	"Bingai Creek Local Catchment_Northern Rivers_23101"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41546	"Oceanic drainage (07) Local Catchment_Northern Rivers_23102"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41547	"Brandy Arm Creek Local Catchment_Northern Rivers_23103"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41548	"Unnamed creek (62) Local Catchment_Northern Rivers_23104"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41549	"Bungawalbin Creek Local Catchment_Northern Rivers_23105"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41550	"Rocky Mouth Creek Local Catchment_Northern Rivers_23106"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41551	"Evans River Local Catchment_Northern Rivers_23107"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41561	"Bucca Bucca Creek Local Catchment_Northern Rivers_23117"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41563	"Coldwater Creek Local Catchment_Northern Rivers_23119"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41564	"Bagawa Creek Local Catchment_Northern Rivers_23120"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41565	"Halfway Creek Local Catchment_Northern Rivers_23121"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41566	"Unnamed creek (64) Local Catchment_Northern Rivers_23122"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41567	"Palm Creek Local Catchment_Northern Rivers_23123"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41568	"Snake Creek Local Catchment_Northern Rivers_23124"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41569	"Middle Creek Local Catchment_Northern Rivers_23125"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41570	"Sherwood Creek Local Catchment_Northern Rivers_23126"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41571	"Dundoo Creek Local Catchment_Northern Rivers_23127"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41572	"Averys Creek Local Catchment_Northern Rivers_23128"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41573	"Tallawudgah Creek Local Catchment_Northern Rivers_23129"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41574	"Unnamed creek (65) Local Catchment_Northern Rivers_23130"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41576	"Kremnos Creek Local Catchment_Northern Rivers_23132"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41577	"Fern Creek Local Catchment_Northern Rivers_23133"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41578	"Raspberry Creek Local Catchment_Northern Rivers_23134"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41579	"Walters Creek Local Catchment_Northern Rivers_23135"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41580	"Orara River (reach 03) Local Catchment_Northern Rivers_23136"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41581	"Qwyarigo Creek Local Catchment_Northern Rivers_23137"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41582	"Unnamed creek (63) Local Catchment_Northern Rivers_23138"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41583	"Fiddlers Creek Local Catchment_Northern Rivers_23139"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41584	"Orara River (reach 04) Local Catchment_Northern Rivers_23140"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41585	"Middle Creek Local Catchment_Northern Rivers_23141"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41588	"Waterhole Creek Local Catchment_Northern Rivers_23144"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41589	"Towallum River Local Catchment_Northern Rivers_23145"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41590	"Kangaroo River (lower) Local Catchment_Northern Rivers_23146"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41591	"Maloneys Creek Local Catchment_Northern Rivers_23147"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41592	"Beanball Creek Local Catchment_Northern Rivers_23148"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41593	"Koukandowie Creek Local Catchment_Northern Rivers_23149"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41594	"Sandy Swamp Creek Local Catchment_Northern Rivers_23150"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41595	"Skinners Creek Local Catchment_Northern Rivers_23151"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41596	"Goolang Creek Local Catchment_Northern Rivers_23152"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41597	"Farquhars Creek Local Catchment_Northern Rivers_23153"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41598	"Blaxlands Creek Local Catchment_Northern Rivers_23154"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41599	"Boiling Down Creek Local Catchment_Northern Rivers_23155"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41600	"Unnamed creek (66) Local Catchment_Northern Rivers_23156"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41601	"Back Creek Local Catchment_Northern Rivers_23157"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41602	"Deep Creek Local Catchment_Northern Rivers_23158"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41603	"Shannon Creek Local Catchment_Northern Rivers_23159"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41604	"Picnic Creek Local Catchment_Northern Rivers_23160"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41605	"Teatree Creek Local Catchment_Northern Rivers_23161"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41606	"Orara River (reach 05) Local Catchment_Northern Rivers_23162"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41607	"Caines Creek Local Catchment_Northern Rivers_23163"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41608	"Endless Creek Local Catchment_Northern Rivers_23164"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41609	"OBX Creek Local Catchment_Northern Rivers_23165"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41610	"Stinking Creek Local Catchment_Northern Rivers_23166"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41611	"Chambigne Creek Local Catchment_Northern Rivers_23167"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41613	"Munns Creek Local Catchment_Northern Rivers_23169"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41614	"Jackys Creek Local Catchment_Northern Rivers_23170"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41615	"Mattiers Creek Local Catchment_Northern Rivers_23171"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41616	"Little Mattiers Creek Local Catchment_Northern Rivers_23172"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41617	"Flaggy Creek Local Catchment_Northern Rivers_23173"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41618	"Southions Creek Local Catchment_Northern Rivers_23174"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41619	"Orara River (reach 06) Local Catchment_Northern Rivers_23175"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41627	"Mole Creek Local Catchment_Northern Rivers_23183"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41628	"Kangaroo River (upper) Local Catchment_Northern Rivers_23184"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41639	"Cloghers Creek Local Catchment_Northern Rivers_23195"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41647	"Oaky Creek Local Catchment_Northern Rivers_23203"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41666	"Capeen Creek Local Catchment_Northern Rivers_23222"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41667	"Unnamed creek (77) Local Catchment_Northern Rivers_23223"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41668	"Unnamed creek (78) Local Catchment_Northern Rivers_23224"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41669	"Slaughter Creek Local Catchment_Northern Rivers_23225"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41670	"Bean Creek Local Catchment_Northern Rivers_23226"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41671	"Sandy Creek Local Catchment_Northern Rivers_23227"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41672	"Duck Creek (upper) Local Catchment_Northern Rivers_23228"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41673	"Haystack Creek Local Catchment_Northern Rivers_23229"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41674	"Little Haystack Creek Local Catchment_Northern Rivers_23230"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41675	"Duck Creek (lower) Local Catchment_Northern Rivers_23231"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41676	"Gorge Creek Local Catchment_Northern Rivers_23232"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41677	"Peacock Creek Local Catchment_Northern Rivers_23233"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41678	"Bottle Creek Local Catchment_Northern Rivers_23234"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41679	"Culmaran Creek Local Catchment_Northern Rivers_23235"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41680	"Tryney Creek Local Catchment_Northern Rivers_23236"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41681	"Tunglebung Creek Local Catchment_Northern Rivers_23237"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41682	"Little Creek Local Catchment_Northern Rivers_23238"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41683	"Gularey Creek Local Catchment_Northern Rivers_23239"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41684	"Unnamed creek (79) Local Catchment_Northern Rivers_23240"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41685	"Tabulam Rivulet Local Catchment_Northern Rivers_23241"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41686	"Tooloom Creek (reach 03) Local Catchment_Northern Rivers_23242"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41687	"Slaughteryard Creek Local Catchment_Northern Rivers_23243"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41688	"Yabbra Creek Local Catchment_Northern Rivers_23244"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41689	"Mosquito Creek Local Catchment_Northern Rivers_23245"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41691	"Four Mile Creek Local Catchment_Northern Rivers_23247"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41693	"Emu Creek Local Catchment_Northern Rivers_23249"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41695	"Clarence River (reach 02) Local Catchment_Northern Rivers_23251"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41696	"Tooloonki Creek Local Catchment_Northern Rivers_23252"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41697	"Mookima Wybra Creek Local Catchment_Northern Rivers_23253"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41698	"Fever Creek Local Catchment_Northern Rivers_23254"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41699	"Baxters Creek Local Catchment_Northern Rivers_23255"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41700	"Alice Brook Local Catchment_Northern Rivers_23256"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41701	"Rocky Creek Local Catchment_Northern Rivers_23257"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41702	"Clarence River (reach 03) Local Catchment_Northern Rivers_23258"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41703	"Keembin Creek Local Catchment_Northern Rivers_23259"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41704	"Dignans Creek Local Catchment_Northern Rivers_23260"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41705	"Gerrards Creek Local Catchment_Northern Rivers_23261"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41706	"Dulgigin Creek Local Catchment_Northern Rivers_23262"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41707	"Pickabooba Creek Local Catchment_Northern Rivers_23263"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41708	"Dry Creek Local Catchment_Northern Rivers_23264"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41710	"Ewingar Creek Local Catchment_Northern Rivers_23266"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41713	"Kungurrabar Creek Local Catchment_Northern Rivers_23269"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41714	"Long Mile Creek Local Catchment_Northern Rivers_23270"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41716	"Dubadar Creek Local Catchment_Northern Rivers_23272"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41717	"Bugilbar Creek Local Catchment_Northern Rivers_23273"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41718	"Oaky Creek Local Catchment_Northern Rivers_23274"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41719	"Josephs Creek Local Catchment_Northern Rivers_23275"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41720	"Sawyers Creek Local Catchment_Northern Rivers_23276"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41721	"Pucka Ponds Creek Local Catchment_Northern Rivers_23277"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41722	"Fourteen Mile Creek Local Catchment_Northern Rivers_23278"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41723	"Clarence River (reach 04) Local Catchment_Northern Rivers_23279"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41727	"Hassans Creek Local Catchment_Northern Rivers_23283"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41728	"Unnamed creek (80) Local Catchment_Northern Rivers_23284"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41729	"Barretts Creek Local Catchment_Northern Rivers_23285"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41730	"Unnamed creek (81) Local Catchment_Northern Rivers_23286"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41731	"Oaky Creek Local Catchment_Northern Rivers_23287"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41732	"Floggem Creek Local Catchment_Northern Rivers_23288"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41733	"Unnamed creek (82) Local Catchment_Northern Rivers_23289"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41734	"Dry Creek Local Catchment_Northern Rivers_23290"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41735	"Cawleys Creek Local Catchment_Northern Rivers_23291"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41736	"Carran Creek Local Catchment_Northern Rivers_23292"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41737	"Bulls Nest Creek Local Catchment_Northern Rivers_23293"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41738	"Fine Flower Creek (lower) Local Catchment_Northern Rivers_23294"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41739	"Fine Flower Creek (upper) Local Catchment_Northern Rivers_23295"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41741	"Pulganbar Creek Local Catchment_Northern Rivers_23297"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41742	"Unnamed creek (83) Local Catchment_Northern Rivers_23298"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41746	"Nettle Creek Local Catchment_Northern Rivers_23302"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41747	"Newbold Creek Local Catchment_Northern Rivers_23303"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41748	"Circular Flat Creek Local Catchment_Northern Rivers_23304"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41749	"Clarence River (reach 05) Local Catchment_Northern Rivers_23305"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41750	"Purgatory Creek Local Catchment_Northern Rivers_23306"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41751	"Main Creek Local Catchment_Northern Rivers_23307"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41752	"Valoram Creek Local Catchment_Northern Rivers_23308"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41754	"Eaton Creek Local Catchment_Northern Rivers_23310"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41755	"Cattle Creek Local Catchment_Northern Rivers_23311"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41756	"Brickmakers Creek Local Catchment_Northern Rivers_23312"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41757	"Smiths Creek Local Catchment_Northern Rivers_23313"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41758	"Wombat Creek Local Catchment_Northern Rivers_23314"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41759	"Stockyard Creek Local Catchment_Northern Rivers_23315"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41760	"Punchbowl Creek Local Catchment_Northern Rivers_23316"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41761	"Clarence River (reach 06) Local Catchment_Northern Rivers_23317"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41762	"Unnamed creek (86) Local Catchment_Northern Rivers_23318"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41763	"Chaselings Creek Local Catchment_Northern Rivers_23319"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41764	"Unnamed creek (87) Local Catchment_Northern Rivers_23320"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41765	"Fortis Creek Local Catchment_Northern Rivers_23321"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41766	"Chapman Creek Local Catchment_Northern Rivers_23322"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41767	"White Swamp Creek Local Catchment_Northern Rivers_23323"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41768	"Rocky Creek Local Catchment_Northern Rivers_23324"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41769	"Two Mile Creek Local Catchment_Northern Rivers_23325"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41770	"Junction Creek Local Catchment_Northern Rivers_23326"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41771	"Lankeys Creek Local Catchment_Northern Rivers_23327"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41772	"Whiteman Creek Local Catchment_Northern Rivers_23328"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41773	"Eldon Creek Local Catchment_Northern Rivers_23329"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41774	"Double Swamp Creek Local Catchment_Northern Rivers_23330"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41775	"Cowans Creek Local Catchment_Northern Rivers_23331"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41776	"Musk Valley Creek Local Catchment_Northern Rivers_23332"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41777	"Alumy Creek Local Catchment_Northern Rivers_23333"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41778	"Bunyip Creek Local Catchment_Northern Rivers_23334"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41779	"Unnamed creek (88) Local Catchment_Northern Rivers_23335"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41780	"Clarence River (reach 07) Local Catchment_Northern Rivers_23336"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41781	"Alipou Creek Local Catchment_Northern Rivers_23337"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41782	"Washpen Creek Local Catchment_Northern Rivers_23338"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41783	"McPhillips Creek Local Catchment_Northern Rivers_23339"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41784	"Pheasant Creek Local Catchment_Northern Rivers_23340"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41785	"Bom Bom Creek Local Catchment_Northern Rivers_23341"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41786	"Glenugie Creek Local Catchment_Northern Rivers_23342"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41787	"Poison Creek Local Catchment_Northern Rivers_23343"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41788	"Banyabba Creek Local Catchment_Northern Rivers_23344"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41789	"Saltwater Creek Local Catchment_Northern Rivers_23345"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41790	"Rileys Creek Local Catchment_Northern Rivers_23346"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41791	"Sheep Creek Local Catchment_Northern Rivers_23347"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41792	"Unnamed creek (89) Local Catchment_Northern Rivers_23348"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41793	"Dilkoon Creek Local Catchment_Northern Rivers_23349"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41794	"Bullock Swamp Creek Local Catchment_Northern Rivers_23350"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41795	"Unnamed creek (90) Local Catchment_Northern Rivers_23351"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41796	"Duck Creek Local Catchment_Northern Rivers_23352"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41797	"Little Broadwater Local Catchment_Northern Rivers_23353"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41798	"Mill Creek Local Catchment_Northern Rivers_23354"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41799	"Sportsman Creek (upper) Local Catchment_Northern Rivers_23355"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41800	"Warragai Creek Local Catchment_Northern Rivers_23356"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41801	"Harrisons Creek Local Catchment_Northern Rivers_23357"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41802	"Sportsman Creek (lower) Local Catchment_Northern Rivers_23358"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41803	"Black Creek Local Catchment_Northern Rivers_23359"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41804	"Unnamed creek (91) Local Catchment_Northern Rivers_23360"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41805	"Amos Creek Local Catchment_Northern Rivers_23361"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41806	"Pillar Valley Creek Local Catchment_Northern Rivers_23362"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41807	"Coldstream River (upper) Local Catchment_Northern Rivers_23363"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41808	"Unnamed creek (92) Local Catchment_Northern Rivers_23364"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41809	"Bostocks Gully Local Catchment_Northern Rivers_23365"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41810	"Chaffin Creek Local Catchment_Northern Rivers_23366"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41811	"Deep Creek Local Catchment_Northern Rivers_23367"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41812	"Sweeneys Creek Local Catchment_Northern Rivers_23368"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41813	"Oregan Creek Local Catchment_Northern Rivers_23369"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41814	"Calligans Creek Local Catchment_Northern Rivers_23370"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41815	"Coldstream River (lower) Local Catchment_Northern Rivers_23371"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41816	"Calliope Creek Local Catchment_Northern Rivers_23372"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41817	"Champions Creek Local Catchment_Northern Rivers_23373"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41818	"Crowleys Creek Local Catchment_Northern Rivers_23374"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41819	"Boundary Creek Local Catchment_Northern Rivers_23375"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41820	"Oak Flat Creek Local Catchment_Northern Rivers_23376"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41821	"Sandy Creek Local Catchment_Northern Rivers_23377"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41822	"Shark Creek (lower Local Catchment_Northern Rivers_23378"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41823	"South Arm Local Catchment_Northern Rivers_23379"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41824	"Duckpond Creek Local Catchment_Northern Rivers_23380"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41825	"Niarga Creek Local Catchment_Northern Rivers_23381"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41826	"Filans Creek Local Catchment_Northern Rivers_23382"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41827	"McMillans Creek Local Catchment_Northern Rivers_23383"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41828	"Unnamed creek (93) Local Catchment_Northern Rivers_23384"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41829	"Broadwater Creek (lower) Local Catchment_Northern Rivers_23385"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41830	"Broadwater Creek (upper) Local Catchment_Northern Rivers_23386"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41831	"Mangrove Creek Local Catchment_Northern Rivers_23387"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41832	"Barneys Creek Local Catchment_Northern Rivers_23388"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41833	"Clarence River (reach 08) Local Catchment_Northern Rivers_23389"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41834	"Shark Creek (upper) Local Catchment_Northern Rivers_23390"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41835	"Unnamed creek (94) Local Catchment_Northern Rivers_23391"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41836	"Candole Creek Local Catchment_Northern Rivers_23392"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41837	"Toumbaal Creek Local Catchment_Northern Rivers_23393"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41838	"Oceanic drainage (12) Local Catchment_Northern Rivers_23394"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41839	"Sandon River Local Catchment_Northern Rivers_23395"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41840	"Scope Creek Local Catchment_Northern Rivers_23396"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41841	"Oceanic drainage (11) Local Catchment_Northern Rivers_23397"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41842	"Unnamed creek (95) Local Catchment_Northern Rivers_23398"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41843	"Oceanic drainage (10) Local Catchment_Northern Rivers_23399"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41844	"Jerusalem Creek Local Catchment_Northern Rivers_23400"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41845	"Oceanic drainage (09) Local Catchment_Northern Rivers_23401"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41846	"Oceanic drainage (08) Local Catchment_Northern Rivers_23402"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41847	"Tabimoble Creek Local Catchment_Northern Rivers_23403"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41848	"Jackys Gully Local Catchment_Northern Rivers_23404"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41849	"Unnamed creek (96) Local Catchment_Northern Rivers_23405"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41850	"Unnamed creek (97) Local Catchment_Northern Rivers_23406"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41851	"Esk River Local Catchment_Northern Rivers_23407"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41852	"Morora Creek Local Catchment_Northern Rivers_23408"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41853	"Serpentine Channel Local Catchment_Northern Rivers_23409"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41854	"North Arm Local Catchment_Northern Rivers_23410"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41855	"Haleys Creek Local Catchment_Northern Rivers_23411"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41856	"Wooloweyah Lagoon Local Catchment_Northern Rivers_23412"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41857	"Oyster Channel Local Catchment_Northern Rivers_23413"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41858	"Clarence River (reach 09) Local Catchment_Northern Rivers_23414"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41859	"Palmers Channel Local Catchment_Northern Rivers_23415"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41860	"Richmond River (reach 04) Local Catchment_Northern Rivers_23416"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41861	"Richmond River (reach 05) Local Catchment_Northern Rivers_23417"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41862	"Wanderer Creek Local Catchment_Northern Rivers_23418"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41863	"Barcoongere River Local Catchment_Northern Rivers_23419"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41864	"Bookram Creek Local Catchment_Northern Rivers_23420"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41865	"Unnamed creek (97) Local Catchment_Northern Rivers_23421"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41866	"Oceanic drainage (14) Local Catchment_Northern Rivers_23422"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41867	"Station Creek Local Catchment_Northern Rivers_23423"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41868	"Lake Hiawatha Local Catchment_Northern Rivers_23424"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41869	"Oceanic drainage (13) Local Catchment_Northern Rivers_23425"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41870	"Wooli Wooli River Local Catchment_Northern Rivers_23426"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41871	"Dirty Creek Local Catchment_Northern Rivers_23427"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41872	"Saltwater Creek Local Catchment_Northern Rivers_23428"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41873	"Oceanic drainage (15) Local Catchment_Northern Rivers_23429"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41874	"Madmans Creek Local Catchment_Northern Rivers_23430"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41875	"Lazyman Creek Local Catchment_Northern Rivers_23431"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41876	"Bark Hut Creek Local Catchment_Northern Rivers_23432"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41877	"Oceanic drainage (16) Local Catchment_Northern Rivers_23433"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41878	"Arrawarra Creek Local Catchment_Northern Rivers_23434"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41879	"Corindi River Local Catchment_Northern Rivers_23435"	"Coal mining"	"Potential"	"Water Quantity"	"High"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41897	"Yellow Creek Local Catchment_Northern Rivers_23454"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41898	"Plumbago Creek Local Catchment_Northern Rivers_23455"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41907	"Timbarra River (reach 05) Local Catchment_Northern Rivers_23464"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41940	"Maryland River (reach 03) Local Catchment_Northern Rivers_23497"	"Coal mining"	"Potential"	"Water Quantity"	"Low"		"Both open cut and long wall coal mines have the potential to impact water quantity at the site and downstream of the site, through interception of rainfall and surface flow, and possible seepage from LWM subsidence."
41942	"Gould Falls_Northern Rivers_23532"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41943	"Murray Falls_Northern Rivers_23533"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41944	"Evans Falls_Northern Rivers_23525"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41945	"Selva Falls_Northern Rivers_23526"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41946	"Swanson Falls_Northern Rivers_23527"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41947	"Protestors Falls_Northern Rivers_23536"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41948	"Minyon Falls_Northern Rivers_23521"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41950	"Collins Creek Falls_Northern Rivers_23531"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41951	"Mulgum Creek Falls_Northern Rivers_23517"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41952	"Long Creek Falls_Northern Rivers_23537"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41953	"Maram Creek Falls_Northern Rivers_23535"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41956	"Carwong Waterhole_Northern Rivers_23501"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41961	"Tuntable Falls_Northern Rivers_23518"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41963	"Rocky Waterhole_Northern Rivers_23506"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41964	"Kelun Falls_Northern Rivers_23539"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41966	"Tunglebung Falls_Northern Rivers_23512"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41969	"Tindals Falls_Northern Rivers_23534"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41971	"Boomerang Falls_Northern Rivers_23520"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41972	"Whiskey Still Falls_Northern Rivers_23511"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41974	"Bullock Falls_Northern Rivers_23516"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41975	"Double Channel Falls_Northern Rivers_23544"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41977	"Eden Creek Falls_Northern Rivers_23545"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41978	"Tooloom Falls_Northern Rivers_23542"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41979	"Bean Creek Falls_Northern Rivers_23538"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
41991	"Richmond Wetlands_Northern Rivers_30250"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
41992	"Richmond Wetlands_Northern Rivers_30251"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
41993	"Richmond Wetlands_Northern Rivers_30252"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
41994	"Richmond Wetlands_Northern Rivers_30253"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
41995	"Richmond Wetlands_Northern Rivers_30254"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
41996	"Richmond Wetlands_Northern Rivers_30255"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
41997	"Richmond Wetlands_Northern Rivers_30256"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
41998	"Richmond Wetlands_Northern Rivers_30257"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
41999	"Richmond Wetlands_Northern Rivers_30258"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
42000	"Richmond Wetlands_Northern Rivers_30259"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
42001	"Richmond Wetlands_Northern Rivers_30260"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
42002	"Richmond Wetlands_Northern Rivers_30261"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
42003	"Richmond Wetlands_Northern Rivers_30262"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
42004	"Richmond Wetlands_Northern Rivers_30263"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
42005	"Richmond Wetlands_Northern Rivers_30264"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
42006	"Richmond Wetlands_Northern Rivers_30265"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
42007	"Richmond Wetlands_Northern Rivers_30266"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
42008	"Richmond Wetlands_Northern Rivers_30267"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
42009	"Richmond Wetlands_Northern Rivers_30268"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
42010	"Richmond Wetlands_Northern Rivers_30269"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
42011	"Richmond Wetlands_Northern Rivers_30270"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
42012	"Richmond Wetlands_Northern Rivers_30271"	"Coal mining"	"Potential"	"Habitat"	"Low"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
42013	"Richmond Wetlands_Northern Rivers_30272"	"Coal mining"	"Potential"	"Habitat"	"Medium"		"Both open cut and long wall coal mines have the potential to impact habitat values at the site and adjacent to the site. The mine pit and overburden pile and other relevant infrastructure of OCMs will directly impact habitat values, while clearing associated with LWM surface activities, and subterranean dewatering, may cause direct loss of habitat."
42014	"Richmond Wetlands_Northern Rivers_30250"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
42015	"Richmond Wetlands_Northern Rivers_30251"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
42016	"Richmond Wetlands_Northern Rivers_30252"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
42017	"Richmond Wetlands_Northern Rivers_30253"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
42018	"Richmond Wetlands_Northern Rivers_30254"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
42019	"Richmond Wetlands_Northern Rivers_30255"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
42020	"Richmond Wetlands_Northern Rivers_30256"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
42021	"Richmond Wetlands_Northern Rivers_30257"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
42022	"Richmond Wetlands_Northern Rivers_30258"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
42023	"Richmond Wetlands_Northern Rivers_30259"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
42024	"Richmond Wetlands_Northern Rivers_30260"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
42025	"Richmond Wetlands_Northern Rivers_30261"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
42026	"Richmond Wetlands_Northern Rivers_30262"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
42027	"Richmond Wetlands_Northern Rivers_30263"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
42028	"Richmond Wetlands_Northern Rivers_30264"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
42029	"Richmond Wetlands_Northern Rivers_30265"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
42030	"Richmond Wetlands_Northern Rivers_30266"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
42031	"Richmond Wetlands_Northern Rivers_30267"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
42032	"Richmond Wetlands_Northern Rivers_30268"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
42033	"Richmond Wetlands_Northern Rivers_30269"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
42034	"Richmond Wetlands_Northern Rivers_30270"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
42035	"Richmond Wetlands_Northern Rivers_30271"	"Coal seam gas mining"	"Potential"	"Habitat"	"Low"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
42036	"Richmond Wetlands_Northern Rivers_30272"	"Coal seam gas mining"	"Potential"	"Habitat"	"Medium"		"Coal seam gas activities have the potential to impact habitat values in the gas extraction footprint. In addition to direct habitat loss from clearing for well pads and roads, there is also the potential for significant impacts to ecosystem faunction from fragmentation and loss of intactness within forested systems,  particularly for smaller ground-dwelling fauna."
42118	"MAIN CREEK_Northern Rivers_758"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
42126	"NEW YARD GULLY_Northern Rivers_441"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
42134	"ORARA RIVER_Northern Rivers_865"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
42135	"ORARA RIVER_Northern Rivers_866"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
42148	"SANDSTONE GULLY_Northern Rivers_220"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
42170	"WARES CREEK_Northern Rivers_1205"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Low"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
42181	"Congdong Falls_Northern Rivers_23522"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
42185	"Horseshoe Falls_Northern Rivers_23546"	"Coal seam gas mining"	"Potential"	"Water Quality"	"Medium"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
42186	"Doggies Waterhole_Northern Rivers_23509"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"		"Coal seam gas activities have the potential to impact water quality at the site and downstream of the operation. Leakage of lining or overflow from retention ponds that contain CSG waste water may severly reduce water quality."
52999	"Palustrine wetland Logan River catchment_South East Queensland_8164"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53000	"Palustrine wetland Logan River catchment_South East Queensland_8164"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
53001	"Palustrine wetland Logan River catchment_South East Queensland_8164"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
53002	"Palustrine wetland Logan River catchment_South East Queensland_8164"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53003	"Palustrine wetland Logan River catchment_South East Queensland_8164"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
53075	"Palustrine wetland Logan River catchment_South East Queensland_8176"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53076	"Palustrine wetland Logan River catchment_South East Queensland_8176"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
53077	"Palustrine wetland Logan River catchment_South East Queensland_8176"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
53078	"Palustrine wetland Logan River catchment_South East Queensland_8176"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53079	"Palustrine wetland Logan River catchment_South East Queensland_8176"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
53169	"Palustrine wetland Logan River catchment_South East Queensland_8190"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53170	"Palustrine wetland Logan River catchment_South East Queensland_8190"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
53171	"Palustrine wetland Logan River catchment_South East Queensland_8190"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
53172	"Palustrine wetland Logan River catchment_South East Queensland_8190"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53173	"Palustrine wetland Logan River catchment_South East Queensland_8190"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
53524	"Palustrine wetland Logan River catchment_South East Queensland_8233"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53525	"Palustrine wetland Logan River catchment_South East Queensland_8233"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
53526	"Palustrine wetland Logan River catchment_South East Queensland_8233"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
53527	"Palustrine wetland Logan River catchment_South East Queensland_8233"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53528	"Palustrine wetland Logan River catchment_South East Queensland_8233"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
53745	"Palustrine wetland Logan River catchment_South East Queensland_8266"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53746	"Palustrine wetland Logan River catchment_South East Queensland_8266"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
53747	"Palustrine wetland Logan River catchment_South East Queensland_8266"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
53748	"Palustrine wetland Logan River catchment_South East Queensland_8266"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53749	"Palustrine wetland Logan River catchment_South East Queensland_8266"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
53872	"Palustrine wetland Logan River catchment_South East Queensland_8281"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53873	"Palustrine wetland Logan River catchment_South East Queensland_8281"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
53874	"Palustrine wetland Logan River catchment_South East Queensland_8281"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
53875	"Palustrine wetland Logan River catchment_South East Queensland_8281"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53876	"Palustrine wetland Logan River catchment_South East Queensland_8281"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
53923	"Palustrine wetland Logan River catchment_South East Queensland_8288"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53924	"Palustrine wetland Logan River catchment_South East Queensland_8288"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
53925	"Palustrine wetland Logan River catchment_South East Queensland_8288"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
53926	"Palustrine wetland Logan River catchment_South East Queensland_8288"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53927	"Palustrine wetland Logan River catchment_South East Queensland_8288"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
53942	"Lacustrine wetland Logan River catchment_South East Queensland_8291"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53943	"Lacustrine wetland Logan River catchment_South East Queensland_8291"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
53944	"Lacustrine wetland Logan River catchment_South East Queensland_8291"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
53945	"Lacustrine wetland Logan River catchment_South East Queensland_8291"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53946	"Lacustrine wetland Logan River catchment_South East Queensland_8291"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
53947	"Lacustrine wetland Logan River catchment_South East Queensland_8292"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53948	"Lacustrine wetland Logan River catchment_South East Queensland_8292"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
53949	"Lacustrine wetland Logan River catchment_South East Queensland_8292"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
53950	"Lacustrine wetland Logan River catchment_South East Queensland_8292"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53951	"Lacustrine wetland Logan River catchment_South East Queensland_8292"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
53952	"Lacustrine wetland Logan River catchment_South East Queensland_8293"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53953	"Lacustrine wetland Logan River catchment_South East Queensland_8293"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
53954	"Lacustrine wetland Logan River catchment_South East Queensland_8293"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
53955	"Lacustrine wetland Logan River catchment_South East Queensland_8293"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53956	"Lacustrine wetland Logan River catchment_South East Queensland_8293"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
53957	"Lacustrine wetland Logan River catchment_South East Queensland_8294"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53958	"Lacustrine wetland Logan River catchment_South East Queensland_8294"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
53959	"Lacustrine wetland Logan River catchment_South East Queensland_8294"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
53960	"Lacustrine wetland Logan River catchment_South East Queensland_8294"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53961	"Lacustrine wetland Logan River catchment_South East Queensland_8294"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
53962	"Lacustrine wetland Logan River catchment_South East Queensland_8295"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53963	"Lacustrine wetland Logan River catchment_South East Queensland_8295"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
53964	"Lacustrine wetland Logan River catchment_South East Queensland_8295"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
53965	"Lacustrine wetland Logan River catchment_South East Queensland_8295"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53966	"Lacustrine wetland Logan River catchment_South East Queensland_8295"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
53967	"Palustrine wetland Logan River catchment_South East Queensland_8296"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53968	"Palustrine wetland Logan River catchment_South East Queensland_8296"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
53969	"Palustrine wetland Logan River catchment_South East Queensland_8296"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
53970	"Palustrine wetland Logan River catchment_South East Queensland_8296"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53971	"Palustrine wetland Logan River catchment_South East Queensland_8296"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
53972	"Lacustrine wetland Logan River catchment_South East Queensland_8297"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53973	"Lacustrine wetland Logan River catchment_South East Queensland_8297"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
53974	"Lacustrine wetland Logan River catchment_South East Queensland_8297"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
53975	"Lacustrine wetland Logan River catchment_South East Queensland_8297"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53976	"Lacustrine wetland Logan River catchment_South East Queensland_8297"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
53977	"Lacustrine wetland Logan River catchment_South East Queensland_8298"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53978	"Lacustrine wetland Logan River catchment_South East Queensland_8298"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
53979	"Lacustrine wetland Logan River catchment_South East Queensland_8298"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
53980	"Lacustrine wetland Logan River catchment_South East Queensland_8298"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53981	"Lacustrine wetland Logan River catchment_South East Queensland_8298"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
53982	"Lacustrine wetland Logan River catchment_South East Queensland_8299"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53983	"Lacustrine wetland Logan River catchment_South East Queensland_8299"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
53984	"Lacustrine wetland Logan River catchment_South East Queensland_8299"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
53985	"Lacustrine wetland Logan River catchment_South East Queensland_8299"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53986	"Lacustrine wetland Logan River catchment_South East Queensland_8299"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
53987	"Lacustrine wetland Logan River catchment_South East Queensland_8300"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53988	"Lacustrine wetland Logan River catchment_South East Queensland_8300"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
53989	"Lacustrine wetland Logan River catchment_South East Queensland_8300"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
53990	"Lacustrine wetland Logan River catchment_South East Queensland_8300"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53991	"Lacustrine wetland Logan River catchment_South East Queensland_8300"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
53992	"Lacustrine wetland Logan River catchment_South East Queensland_8301"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53993	"Lacustrine wetland Logan River catchment_South East Queensland_8301"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
53994	"Lacustrine wetland Logan River catchment_South East Queensland_8301"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
53995	"Lacustrine wetland Logan River catchment_South East Queensland_8301"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53996	"Lacustrine wetland Logan River catchment_South East Queensland_8301"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
53997	"Lacustrine wetland Logan River catchment_South East Queensland_8302"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
53998	"Lacustrine wetland Logan River catchment_South East Queensland_8302"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
53999	"Lacustrine wetland Logan River catchment_South East Queensland_8302"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54000	"Lacustrine wetland Logan River catchment_South East Queensland_8302"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54001	"Lacustrine wetland Logan River catchment_South East Queensland_8302"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54002	"Lacustrine wetland Logan River catchment_South East Queensland_8303"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54003	"Lacustrine wetland Logan River catchment_South East Queensland_8303"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54004	"Lacustrine wetland Logan River catchment_South East Queensland_8303"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54005	"Lacustrine wetland Logan River catchment_South East Queensland_8303"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54006	"Lacustrine wetland Logan River catchment_South East Queensland_8303"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54007	"Lacustrine wetland Logan River catchment_South East Queensland_8304"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54008	"Lacustrine wetland Logan River catchment_South East Queensland_8304"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54009	"Lacustrine wetland Logan River catchment_South East Queensland_8304"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54010	"Lacustrine wetland Logan River catchment_South East Queensland_8304"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54011	"Lacustrine wetland Logan River catchment_South East Queensland_8304"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54012	"Lacustrine wetland Logan River catchment_South East Queensland_8305"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54013	"Lacustrine wetland Logan River catchment_South East Queensland_8305"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54014	"Lacustrine wetland Logan River catchment_South East Queensland_8305"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54015	"Lacustrine wetland Logan River catchment_South East Queensland_8305"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54016	"Lacustrine wetland Logan River catchment_South East Queensland_8305"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54017	"Lacustrine wetland Logan River catchment_South East Queensland_8306"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54018	"Lacustrine wetland Logan River catchment_South East Queensland_8306"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54019	"Lacustrine wetland Logan River catchment_South East Queensland_8306"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54020	"Lacustrine wetland Logan River catchment_South East Queensland_8306"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54021	"Lacustrine wetland Logan River catchment_South East Queensland_8306"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54022	"Lacustrine wetland Logan River catchment_South East Queensland_8307"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54023	"Lacustrine wetland Logan River catchment_South East Queensland_8307"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54024	"Lacustrine wetland Logan River catchment_South East Queensland_8307"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54025	"Lacustrine wetland Logan River catchment_South East Queensland_8307"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54026	"Lacustrine wetland Logan River catchment_South East Queensland_8307"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54027	"Lacustrine wetland Logan River catchment_South East Queensland_8308"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54028	"Lacustrine wetland Logan River catchment_South East Queensland_8308"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54029	"Lacustrine wetland Logan River catchment_South East Queensland_8308"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54030	"Lacustrine wetland Logan River catchment_South East Queensland_8308"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54031	"Lacustrine wetland Logan River catchment_South East Queensland_8308"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54032	"Palustrine wetland Logan River catchment_South East Queensland_8309"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54033	"Palustrine wetland Logan River catchment_South East Queensland_8309"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54034	"Palustrine wetland Logan River catchment_South East Queensland_8309"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54035	"Palustrine wetland Logan River catchment_South East Queensland_8309"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54036	"Palustrine wetland Logan River catchment_South East Queensland_8309"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54037	"Lacustrine wetland Logan River catchment_South East Queensland_8310"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54038	"Lacustrine wetland Logan River catchment_South East Queensland_8310"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54039	"Lacustrine wetland Logan River catchment_South East Queensland_8310"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54040	"Lacustrine wetland Logan River catchment_South East Queensland_8310"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54041	"Lacustrine wetland Logan River catchment_South East Queensland_8310"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54042	"Lacustrine wetland Logan River catchment_South East Queensland_8311"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54043	"Lacustrine wetland Logan River catchment_South East Queensland_8311"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54044	"Lacustrine wetland Logan River catchment_South East Queensland_8311"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54045	"Lacustrine wetland Logan River catchment_South East Queensland_8311"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54046	"Lacustrine wetland Logan River catchment_South East Queensland_8311"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54144	"Palustrine wetland Logan River catchment_South East Queensland_8325"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54145	"Palustrine wetland Logan River catchment_South East Queensland_8325"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54146	"Palustrine wetland Logan River catchment_South East Queensland_8325"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54147	"Palustrine wetland Logan River catchment_South East Queensland_8325"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54148	"Palustrine wetland Logan River catchment_South East Queensland_8325"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54217	"Palustrine wetland Logan River catchment_South East Queensland_8338"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54218	"Palustrine wetland Logan River catchment_South East Queensland_8338"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54219	"Palustrine wetland Logan River catchment_South East Queensland_8338"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54220	"Palustrine wetland Logan River catchment_South East Queensland_8338"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54221	"Palustrine wetland Logan River catchment_South East Queensland_8338"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54323	"Palustrine wetland Logan River catchment_South East Queensland_8352"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54324	"Palustrine wetland Logan River catchment_South East Queensland_8352"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54325	"Palustrine wetland Logan River catchment_South East Queensland_8352"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54326	"Palustrine wetland Logan River catchment_South East Queensland_8352"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54327	"Palustrine wetland Logan River catchment_South East Queensland_8352"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54499	"Riverine wetland Brisbane River catchment_South East Queensland_8380"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54500	"Riverine wetland Brisbane River catchment_South East Queensland_8380"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54501	"Riverine wetland Brisbane River catchment_South East Queensland_8380"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54502	"Riverine wetland Brisbane River catchment_South East Queensland_8380"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54503	"Riverine wetland Brisbane River catchment_South East Queensland_8380"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54564	"Lacustrine wetland Brisbane River catchment_South East Queensland_8389"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54565	"Lacustrine wetland Brisbane River catchment_South East Queensland_8389"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54566	"Lacustrine wetland Brisbane River catchment_South East Queensland_8389"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54567	"Lacustrine wetland Brisbane River catchment_South East Queensland_8389"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54568	"Lacustrine wetland Brisbane River catchment_South East Queensland_8389"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54655	"Palustrine wetland Brisbane River catchment_South East Queensland_8400"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54656	"Palustrine wetland Brisbane River catchment_South East Queensland_8400"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54657	"Palustrine wetland Brisbane River catchment_South East Queensland_8400"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54658	"Palustrine wetland Brisbane River catchment_South East Queensland_8400"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54659	"Palustrine wetland Brisbane River catchment_South East Queensland_8400"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54660	"Palustrine wetland Logan River catchment_South East Queensland_8401"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54661	"Palustrine wetland Logan River catchment_South East Queensland_8401"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54662	"Palustrine wetland Logan River catchment_South East Queensland_8401"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54663	"Palustrine wetland Logan River catchment_South East Queensland_8401"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54664	"Palustrine wetland Logan River catchment_South East Queensland_8401"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54670	"Palustrine wetland Logan River catchment_South East Queensland_8403"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54671	"Palustrine wetland Logan River catchment_South East Queensland_8403"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54672	"Palustrine wetland Logan River catchment_South East Queensland_8403"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54673	"Palustrine wetland Logan River catchment_South East Queensland_8403"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54674	"Palustrine wetland Logan River catchment_South East Queensland_8403"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54675	"Palustrine wetland Logan River catchment_South East Queensland_8404"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54676	"Palustrine wetland Logan River catchment_South East Queensland_8404"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54677	"Palustrine wetland Logan River catchment_South East Queensland_8404"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54678	"Palustrine wetland Logan River catchment_South East Queensland_8404"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54679	"Palustrine wetland Logan River catchment_South East Queensland_8404"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54699	"Palustrine wetland Logan River catchment_South East Queensland_8408"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54700	"Palustrine wetland Logan River catchment_South East Queensland_8408"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54701	"Palustrine wetland Logan River catchment_South East Queensland_8408"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54702	"Palustrine wetland Logan River catchment_South East Queensland_8408"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54703	"Palustrine wetland Logan River catchment_South East Queensland_8408"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54796	"Riverine wetland Brisbane River catchment_South East Queensland_8421"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54797	"Riverine wetland Brisbane River catchment_South East Queensland_8421"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54798	"Riverine wetland Brisbane River catchment_South East Queensland_8421"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54799	"Riverine wetland Brisbane River catchment_South East Queensland_8421"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54800	"Riverine wetland Brisbane River catchment_South East Queensland_8421"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54801	"Riverine wetland Brisbane River catchment_South East Queensland_8422"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54802	"Riverine wetland Brisbane River catchment_South East Queensland_8422"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54803	"Riverine wetland Brisbane River catchment_South East Queensland_8422"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54804	"Riverine wetland Brisbane River catchment_South East Queensland_8422"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54805	"Riverine wetland Brisbane River catchment_South East Queensland_8422"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54815	"Riverine wetland Brisbane River catchment_South East Queensland_8424"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54816	"Riverine wetland Brisbane River catchment_South East Queensland_8424"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54817	"Riverine wetland Brisbane River catchment_South East Queensland_8424"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54818	"Riverine wetland Brisbane River catchment_South East Queensland_8424"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54819	"Riverine wetland Brisbane River catchment_South East Queensland_8424"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54820	"Riverine wetland Brisbane River catchment_South East Queensland_8425"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54821	"Riverine wetland Brisbane River catchment_South East Queensland_8425"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54822	"Riverine wetland Brisbane River catchment_South East Queensland_8425"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54823	"Riverine wetland Brisbane River catchment_South East Queensland_8425"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54824	"Riverine wetland Brisbane River catchment_South East Queensland_8425"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54844	"Riverine wetland Brisbane River catchment_South East Queensland_8429"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54845	"Riverine wetland Brisbane River catchment_South East Queensland_8429"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54846	"Riverine wetland Brisbane River catchment_South East Queensland_8429"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54847	"Riverine wetland Brisbane River catchment_South East Queensland_8429"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54848	"Riverine wetland Brisbane River catchment_South East Queensland_8429"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54849	"Palustrine wetland Brisbane River catchment_South East Queensland_8430"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54850	"Palustrine wetland Brisbane River catchment_South East Queensland_8430"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54851	"Palustrine wetland Brisbane River catchment_South East Queensland_8430"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54852	"Palustrine wetland Brisbane River catchment_South East Queensland_8430"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54853	"Palustrine wetland Brisbane River catchment_South East Queensland_8430"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54854	"Riverine wetland Brisbane River catchment_South East Queensland_8431"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54855	"Riverine wetland Brisbane River catchment_South East Queensland_8431"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54856	"Riverine wetland Brisbane River catchment_South East Queensland_8431"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54857	"Riverine wetland Brisbane River catchment_South East Queensland_8431"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54858	"Riverine wetland Brisbane River catchment_South East Queensland_8431"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54892	"Riverine wetland Brisbane River catchment_South East Queensland_8437"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54893	"Riverine wetland Brisbane River catchment_South East Queensland_8437"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54894	"Riverine wetland Brisbane River catchment_South East Queensland_8437"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54895	"Riverine wetland Brisbane River catchment_South East Queensland_8437"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54896	"Riverine wetland Brisbane River catchment_South East Queensland_8437"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54897	"Riverine wetland Brisbane River catchment_South East Queensland_8438"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54898	"Riverine wetland Brisbane River catchment_South East Queensland_8438"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54899	"Riverine wetland Brisbane River catchment_South East Queensland_8438"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54900	"Riverine wetland Brisbane River catchment_South East Queensland_8438"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54901	"Riverine wetland Brisbane River catchment_South East Queensland_8438"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54934	"Palustrine wetland Logan River catchment_South East Queensland_8443"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54935	"Palustrine wetland Logan River catchment_South East Queensland_8443"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54936	"Palustrine wetland Logan River catchment_South East Queensland_8443"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54937	"Palustrine wetland Logan River catchment_South East Queensland_8443"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54938	"Palustrine wetland Logan River catchment_South East Queensland_8443"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54939	"Palustrine wetland Brisbane River catchment_South East Queensland_8444"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54940	"Palustrine wetland Brisbane River catchment_South East Queensland_8444"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54941	"Palustrine wetland Brisbane River catchment_South East Queensland_8444"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54942	"Palustrine wetland Brisbane River catchment_South East Queensland_8444"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54943	"Palustrine wetland Brisbane River catchment_South East Queensland_8444"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54967	"Palustrine wetland Brisbane River catchment_South East Queensland_8448"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54968	"Palustrine wetland Brisbane River catchment_South East Queensland_8448"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54969	"Palustrine wetland Brisbane River catchment_South East Queensland_8448"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54970	"Palustrine wetland Brisbane River catchment_South East Queensland_8448"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54971	"Palustrine wetland Brisbane River catchment_South East Queensland_8448"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54990	"Riverine wetland Brisbane River catchment_South East Queensland_8451"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54991	"Riverine wetland Brisbane River catchment_South East Queensland_8451"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54992	"Riverine wetland Brisbane River catchment_South East Queensland_8451"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54993	"Riverine wetland Brisbane River catchment_South East Queensland_8451"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54994	"Riverine wetland Brisbane River catchment_South East Queensland_8451"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
54995	"Palustrine wetland Logan River catchment_South East Queensland_8452"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54996	"Palustrine wetland Logan River catchment_South East Queensland_8452"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
54997	"Palustrine wetland Logan River catchment_South East Queensland_8452"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
54998	"Palustrine wetland Logan River catchment_South East Queensland_8452"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
54999	"Palustrine wetland Logan River catchment_South East Queensland_8452"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55000	"Palustrine wetland Logan River catchment_South East Queensland_8453"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55001	"Palustrine wetland Logan River catchment_South East Queensland_8453"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55002	"Palustrine wetland Logan River catchment_South East Queensland_8453"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55003	"Palustrine wetland Logan River catchment_South East Queensland_8453"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55004	"Palustrine wetland Logan River catchment_South East Queensland_8453"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55042	"Palustrine wetland Brisbane River catchment_South East Queensland_8459"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55043	"Palustrine wetland Brisbane River catchment_South East Queensland_8459"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55044	"Palustrine wetland Brisbane River catchment_South East Queensland_8459"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55045	"Palustrine wetland Brisbane River catchment_South East Queensland_8459"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55046	"Palustrine wetland Brisbane River catchment_South East Queensland_8459"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55065	"Palustrine wetland Brisbane River catchment_South East Queensland_8462"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55066	"Palustrine wetland Brisbane River catchment_South East Queensland_8462"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55067	"Palustrine wetland Brisbane River catchment_South East Queensland_8462"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55068	"Palustrine wetland Brisbane River catchment_South East Queensland_8462"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55069	"Palustrine wetland Brisbane River catchment_South East Queensland_8462"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55070	"Palustrine wetland Brisbane River catchment_South East Queensland_8463"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55071	"Palustrine wetland Brisbane River catchment_South East Queensland_8463"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55072	"Palustrine wetland Brisbane River catchment_South East Queensland_8463"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55073	"Palustrine wetland Brisbane River catchment_South East Queensland_8463"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55074	"Palustrine wetland Brisbane River catchment_South East Queensland_8463"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55075	"Riverine wetland Brisbane River catchment_South East Queensland_8464"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55076	"Riverine wetland Brisbane River catchment_South East Queensland_8464"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55077	"Riverine wetland Brisbane River catchment_South East Queensland_8464"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55078	"Riverine wetland Brisbane River catchment_South East Queensland_8464"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55079	"Riverine wetland Brisbane River catchment_South East Queensland_8464"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55130	"Palustrine wetland Logan River catchment_South East Queensland_8471"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55131	"Palustrine wetland Logan River catchment_South East Queensland_8471"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55132	"Palustrine wetland Logan River catchment_South East Queensland_8471"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55133	"Palustrine wetland Logan River catchment_South East Queensland_8471"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55134	"Palustrine wetland Logan River catchment_South East Queensland_8471"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55153	"Palustrine wetland Brisbane River catchment_South East Queensland_8474"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55154	"Palustrine wetland Brisbane River catchment_South East Queensland_8474"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55155	"Palustrine wetland Brisbane River catchment_South East Queensland_8474"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55156	"Palustrine wetland Brisbane River catchment_South East Queensland_8474"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55157	"Palustrine wetland Brisbane River catchment_South East Queensland_8474"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55158	"Palustrine wetland Brisbane River catchment_South East Queensland_8475"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55159	"Palustrine wetland Brisbane River catchment_South East Queensland_8475"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55160	"Palustrine wetland Brisbane River catchment_South East Queensland_8475"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55161	"Palustrine wetland Brisbane River catchment_South East Queensland_8475"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55162	"Palustrine wetland Brisbane River catchment_South East Queensland_8475"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55294	"Riverine wetland Brisbane River catchment_South East Queensland_8495"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55295	"Riverine wetland Brisbane River catchment_South East Queensland_8495"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55296	"Riverine wetland Brisbane River catchment_South East Queensland_8495"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55297	"Riverine wetland Brisbane River catchment_South East Queensland_8495"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55298	"Riverine wetland Brisbane River catchment_South East Queensland_8495"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55309	"Riverine wetland Brisbane River catchment_South East Queensland_8498"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55310	"Riverine wetland Brisbane River catchment_South East Queensland_8498"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55311	"Riverine wetland Brisbane River catchment_South East Queensland_8498"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55312	"Riverine wetland Brisbane River catchment_South East Queensland_8498"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55313	"Riverine wetland Brisbane River catchment_South East Queensland_8498"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55314	"Riverine wetland Brisbane River catchment_South East Queensland_8499"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55315	"Riverine wetland Brisbane River catchment_South East Queensland_8499"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55316	"Riverine wetland Brisbane River catchment_South East Queensland_8499"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55317	"Riverine wetland Brisbane River catchment_South East Queensland_8499"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55318	"Riverine wetland Brisbane River catchment_South East Queensland_8499"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55319	"Palustrine wetland Brisbane River catchment_South East Queensland_8500"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55320	"Palustrine wetland Brisbane River catchment_South East Queensland_8500"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55321	"Palustrine wetland Brisbane River catchment_South East Queensland_8500"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55322	"Palustrine wetland Brisbane River catchment_South East Queensland_8500"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55323	"Palustrine wetland Brisbane River catchment_South East Queensland_8500"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55324	"Palustrine wetland Logan River catchment_South East Queensland_8501"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55325	"Palustrine wetland Logan River catchment_South East Queensland_8501"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55326	"Palustrine wetland Logan River catchment_South East Queensland_8501"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55327	"Palustrine wetland Logan River catchment_South East Queensland_8501"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55328	"Palustrine wetland Logan River catchment_South East Queensland_8501"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55329	"Palustrine wetland Logan River catchment_South East Queensland_8502"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55330	"Palustrine wetland Logan River catchment_South East Queensland_8502"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55331	"Palustrine wetland Logan River catchment_South East Queensland_8502"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55332	"Palustrine wetland Logan River catchment_South East Queensland_8502"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55333	"Palustrine wetland Logan River catchment_South East Queensland_8502"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55357	"Palustrine wetland Logan River catchment_South East Queensland_8506"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55358	"Palustrine wetland Logan River catchment_South East Queensland_8506"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55359	"Palustrine wetland Logan River catchment_South East Queensland_8506"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55360	"Palustrine wetland Logan River catchment_South East Queensland_8506"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55361	"Palustrine wetland Logan River catchment_South East Queensland_8506"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55371	"Palustrine wetland Logan River catchment_South East Queensland_8508"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55372	"Palustrine wetland Logan River catchment_South East Queensland_8508"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55373	"Palustrine wetland Logan River catchment_South East Queensland_8508"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55374	"Palustrine wetland Logan River catchment_South East Queensland_8508"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55375	"Palustrine wetland Logan River catchment_South East Queensland_8508"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55376	"Riverine wetland Brisbane River catchment_South East Queensland_8509"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55377	"Riverine wetland Brisbane River catchment_South East Queensland_8509"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55378	"Riverine wetland Brisbane River catchment_South East Queensland_8509"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55379	"Riverine wetland Brisbane River catchment_South East Queensland_8509"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55380	"Riverine wetland Brisbane River catchment_South East Queensland_8509"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55381	"Riverine wetland Brisbane River catchment_South East Queensland_8510"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55382	"Riverine wetland Brisbane River catchment_South East Queensland_8510"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55383	"Riverine wetland Brisbane River catchment_South East Queensland_8510"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55384	"Riverine wetland Brisbane River catchment_South East Queensland_8510"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55385	"Riverine wetland Brisbane River catchment_South East Queensland_8510"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55386	"Riverine wetland Brisbane River catchment_South East Queensland_8511"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55387	"Riverine wetland Brisbane River catchment_South East Queensland_8511"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55388	"Riverine wetland Brisbane River catchment_South East Queensland_8511"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55389	"Riverine wetland Brisbane River catchment_South East Queensland_8511"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55390	"Riverine wetland Brisbane River catchment_South East Queensland_8511"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55409	"Palustrine wetland Brisbane River catchment_South East Queensland_8514"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55410	"Palustrine wetland Brisbane River catchment_South East Queensland_8514"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55411	"Palustrine wetland Brisbane River catchment_South East Queensland_8514"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55412	"Palustrine wetland Brisbane River catchment_South East Queensland_8514"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55413	"Palustrine wetland Brisbane River catchment_South East Queensland_8514"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55428	"Palustrine wetland Brisbane River catchment_South East Queensland_8517"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55429	"Palustrine wetland Brisbane River catchment_South East Queensland_8517"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55430	"Palustrine wetland Brisbane River catchment_South East Queensland_8517"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55431	"Palustrine wetland Brisbane River catchment_South East Queensland_8517"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55432	"Palustrine wetland Brisbane River catchment_South East Queensland_8517"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55438	"Palustrine wetland Logan River catchment_South East Queensland_8519"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55439	"Palustrine wetland Logan River catchment_South East Queensland_8519"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55440	"Palustrine wetland Logan River catchment_South East Queensland_8519"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55441	"Palustrine wetland Logan River catchment_South East Queensland_8519"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55442	"Palustrine wetland Logan River catchment_South East Queensland_8519"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55461	"Palustrine wetland Logan River catchment_South East Queensland_8522"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55462	"Palustrine wetland Logan River catchment_South East Queensland_8522"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55463	"Palustrine wetland Logan River catchment_South East Queensland_8522"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55464	"Palustrine wetland Logan River catchment_South East Queensland_8522"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55465	"Palustrine wetland Logan River catchment_South East Queensland_8522"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55466	"Palustrine wetland Brisbane River catchment_South East Queensland_8523"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55467	"Palustrine wetland Brisbane River catchment_South East Queensland_8523"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55468	"Palustrine wetland Brisbane River catchment_South East Queensland_8523"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55469	"Palustrine wetland Brisbane River catchment_South East Queensland_8523"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55470	"Palustrine wetland Brisbane River catchment_South East Queensland_8523"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55508	"Palustrine wetland Logan River catchment_South East Queensland_8529"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55509	"Palustrine wetland Logan River catchment_South East Queensland_8529"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55510	"Palustrine wetland Logan River catchment_South East Queensland_8529"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55511	"Palustrine wetland Logan River catchment_South East Queensland_8529"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55512	"Palustrine wetland Logan River catchment_South East Queensland_8529"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55538	"Palustrine wetland Logan River catchment_South East Queensland_8535"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55539	"Palustrine wetland Logan River catchment_South East Queensland_8535"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55540	"Palustrine wetland Logan River catchment_South East Queensland_8535"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55541	"Palustrine wetland Logan River catchment_South East Queensland_8535"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55542	"Palustrine wetland Logan River catchment_South East Queensland_8535"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55543	"Palustrine wetland Logan River catchment_South East Queensland_8536"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55544	"Palustrine wetland Logan River catchment_South East Queensland_8536"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55545	"Palustrine wetland Logan River catchment_South East Queensland_8536"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55546	"Palustrine wetland Logan River catchment_South East Queensland_8536"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55547	"Palustrine wetland Logan River catchment_South East Queensland_8536"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55548	"Palustrine wetland Logan River catchment_South East Queensland_8537"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55549	"Palustrine wetland Logan River catchment_South East Queensland_8537"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55550	"Palustrine wetland Logan River catchment_South East Queensland_8537"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55551	"Palustrine wetland Logan River catchment_South East Queensland_8537"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55552	"Palustrine wetland Logan River catchment_South East Queensland_8537"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55558	"Palustrine wetland Logan River catchment_South East Queensland_8539"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55559	"Palustrine wetland Logan River catchment_South East Queensland_8539"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55560	"Palustrine wetland Logan River catchment_South East Queensland_8539"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55561	"Palustrine wetland Logan River catchment_South East Queensland_8539"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55562	"Palustrine wetland Logan River catchment_South East Queensland_8539"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55563	"Palustrine wetland Logan River catchment_South East Queensland_8540"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55564	"Palustrine wetland Logan River catchment_South East Queensland_8540"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55565	"Palustrine wetland Logan River catchment_South East Queensland_8540"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55566	"Palustrine wetland Logan River catchment_South East Queensland_8540"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55567	"Palustrine wetland Logan River catchment_South East Queensland_8540"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55568	"Palustrine wetland Logan River catchment_South East Queensland_8541"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55569	"Palustrine wetland Logan River catchment_South East Queensland_8541"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55570	"Palustrine wetland Logan River catchment_South East Queensland_8541"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55571	"Palustrine wetland Logan River catchment_South East Queensland_8541"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55572	"Palustrine wetland Logan River catchment_South East Queensland_8541"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55588	"Palustrine wetland Logan River catchment_South East Queensland_8545"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55589	"Palustrine wetland Logan River catchment_South East Queensland_8545"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55590	"Palustrine wetland Logan River catchment_South East Queensland_8545"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55591	"Palustrine wetland Logan River catchment_South East Queensland_8545"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55592	"Palustrine wetland Logan River catchment_South East Queensland_8545"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55644	"Palustrine wetland Logan River catchment_South East Queensland_8553"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55645	"Palustrine wetland Logan River catchment_South East Queensland_8553"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55646	"Palustrine wetland Logan River catchment_South East Queensland_8553"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55647	"Palustrine wetland Logan River catchment_South East Queensland_8553"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55648	"Palustrine wetland Logan River catchment_South East Queensland_8553"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55658	"Riverine wetland Brisbane River catchment_South East Queensland_8555"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55659	"Riverine wetland Brisbane River catchment_South East Queensland_8555"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55660	"Riverine wetland Brisbane River catchment_South East Queensland_8555"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55661	"Riverine wetland Brisbane River catchment_South East Queensland_8555"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55662	"Riverine wetland Brisbane River catchment_South East Queensland_8555"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55668	"Riverine wetland Brisbane River catchment_South East Queensland_8557"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55669	"Riverine wetland Brisbane River catchment_South East Queensland_8557"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55670	"Riverine wetland Brisbane River catchment_South East Queensland_8557"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55671	"Riverine wetland Brisbane River catchment_South East Queensland_8557"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55672	"Riverine wetland Brisbane River catchment_South East Queensland_8557"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55786	"Palustrine wetland Brisbane River catchment_South East Queensland_8571"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55787	"Palustrine wetland Brisbane River catchment_South East Queensland_8571"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55788	"Palustrine wetland Brisbane River catchment_South East Queensland_8571"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55789	"Palustrine wetland Brisbane River catchment_South East Queensland_8571"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55790	"Palustrine wetland Brisbane River catchment_South East Queensland_8571"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55818	"Palustrine wetland Logan River catchment_South East Queensland_8575"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55819	"Palustrine wetland Logan River catchment_South East Queensland_8575"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55820	"Palustrine wetland Logan River catchment_South East Queensland_8575"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55821	"Palustrine wetland Logan River catchment_South East Queensland_8575"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55822	"Palustrine wetland Logan River catchment_South East Queensland_8575"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55841	"Palustrine wetland Logan River catchment_South East Queensland_8578"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55842	"Palustrine wetland Logan River catchment_South East Queensland_8578"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55843	"Palustrine wetland Logan River catchment_South East Queensland_8578"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55844	"Palustrine wetland Logan River catchment_South East Queensland_8578"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55845	"Palustrine wetland Logan River catchment_South East Queensland_8578"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55846	"Palustrine wetland Brisbane River catchment_South East Queensland_8579"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55847	"Palustrine wetland Brisbane River catchment_South East Queensland_8579"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55848	"Palustrine wetland Brisbane River catchment_South East Queensland_8579"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55849	"Palustrine wetland Brisbane River catchment_South East Queensland_8579"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55850	"Palustrine wetland Brisbane River catchment_South East Queensland_8579"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55851	"Palustrine wetland Brisbane River catchment_South East Queensland_8580"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55852	"Palustrine wetland Brisbane River catchment_South East Queensland_8580"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55853	"Palustrine wetland Brisbane River catchment_South East Queensland_8580"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55854	"Palustrine wetland Brisbane River catchment_South East Queensland_8580"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55855	"Palustrine wetland Brisbane River catchment_South East Queensland_8580"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55856	"Palustrine wetland Brisbane River catchment_South East Queensland_8581"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55857	"Palustrine wetland Brisbane River catchment_South East Queensland_8581"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55858	"Palustrine wetland Brisbane River catchment_South East Queensland_8581"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55859	"Palustrine wetland Brisbane River catchment_South East Queensland_8581"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55860	"Palustrine wetland Brisbane River catchment_South East Queensland_8581"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55861	"Palustrine wetland Brisbane River catchment_South East Queensland_8582"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55862	"Palustrine wetland Brisbane River catchment_South East Queensland_8582"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55863	"Palustrine wetland Brisbane River catchment_South East Queensland_8582"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55864	"Palustrine wetland Brisbane River catchment_South East Queensland_8582"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55865	"Palustrine wetland Brisbane River catchment_South East Queensland_8582"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55894	"Riverine wetland Brisbane River catchment_South East Queensland_8587"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55895	"Riverine wetland Brisbane River catchment_South East Queensland_8587"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55896	"Riverine wetland Brisbane River catchment_South East Queensland_8587"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55897	"Riverine wetland Brisbane River catchment_South East Queensland_8587"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55898	"Riverine wetland Brisbane River catchment_South East Queensland_8587"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
55995	"Palustrine wetland Logan River catchment_South East Queensland_8600"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55996	"Palustrine wetland Logan River catchment_South East Queensland_8600"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
55997	"Palustrine wetland Logan River catchment_South East Queensland_8600"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
55998	"Palustrine wetland Logan River catchment_South East Queensland_8600"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
55999	"Palustrine wetland Logan River catchment_South East Queensland_8600"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56062	"Palustrine wetland Brisbane River catchment_South East Queensland_8611"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56063	"Palustrine wetland Brisbane River catchment_South East Queensland_8611"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56064	"Palustrine wetland Brisbane River catchment_South East Queensland_8611"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56065	"Palustrine wetland Brisbane River catchment_South East Queensland_8611"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56066	"Palustrine wetland Brisbane River catchment_South East Queensland_8611"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56090	"Palustrine wetland Logan River catchment_South East Queensland_8615"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56091	"Palustrine wetland Logan River catchment_South East Queensland_8615"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56092	"Palustrine wetland Logan River catchment_South East Queensland_8615"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56093	"Palustrine wetland Logan River catchment_South East Queensland_8615"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56094	"Palustrine wetland Logan River catchment_South East Queensland_8615"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56214	"Palustrine wetland Logan River catchment_South East Queensland_8635"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56215	"Palustrine wetland Logan River catchment_South East Queensland_8635"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56216	"Palustrine wetland Logan River catchment_South East Queensland_8635"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56217	"Palustrine wetland Logan River catchment_South East Queensland_8635"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56218	"Palustrine wetland Logan River catchment_South East Queensland_8635"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56238	"Palustrine wetland Logan River catchment_South East Queensland_8639"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56239	"Palustrine wetland Logan River catchment_South East Queensland_8639"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56240	"Palustrine wetland Logan River catchment_South East Queensland_8639"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56241	"Palustrine wetland Logan River catchment_South East Queensland_8639"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56242	"Palustrine wetland Logan River catchment_South East Queensland_8639"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56243	"Riverine wetland Brisbane River catchment_South East Queensland_8640"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56244	"Riverine wetland Brisbane River catchment_South East Queensland_8640"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56245	"Riverine wetland Brisbane River catchment_South East Queensland_8640"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56246	"Riverine wetland Brisbane River catchment_South East Queensland_8640"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56247	"Riverine wetland Brisbane River catchment_South East Queensland_8640"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56296	"Riverine wetland Bremer River catchment_South East Queensland_8649"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
56297	"Riverine wetland Bremer River catchment_South East Queensland_8649"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
56298	"Riverine wetland Bremer River catchment_South East Queensland_8649"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
56299	"Riverine wetland Bremer River catchment_South East Queensland_8649"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
56300	"Riverine wetland Bremer River catchment_South East Queensland_8649"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
56301	"Riverine wetland Bremer River catchment_South East Queensland_8649"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
56302	"Riverine wetland Bremer River catchment_South East Queensland_8649"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
56303	"Riverine wetland Bremer River catchment_South East Queensland_8649"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
56304	"Riverine wetland Bremer River catchment_South East Queensland_8649"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56305	"Riverine wetland Bremer River catchment_South East Queensland_8649"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56306	"Riverine wetland Bremer River catchment_South East Queensland_8649"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56307	"Riverine wetland Bremer River catchment_South East Queensland_8649"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56308	"Riverine wetland Bremer River catchment_South East Queensland_8649"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56309	"Riverine wetland Bremer River catchment_South East Queensland_8650"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
56310	"Riverine wetland Bremer River catchment_South East Queensland_8650"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
56311	"Riverine wetland Bremer River catchment_South East Queensland_8650"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
56312	"Riverine wetland Bremer River catchment_South East Queensland_8650"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
56313	"Riverine wetland Bremer River catchment_South East Queensland_8650"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
56314	"Riverine wetland Bremer River catchment_South East Queensland_8650"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
56315	"Riverine wetland Bremer River catchment_South East Queensland_8650"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
56316	"Riverine wetland Bremer River catchment_South East Queensland_8650"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
56317	"Riverine wetland Bremer River catchment_South East Queensland_8650"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56318	"Riverine wetland Bremer River catchment_South East Queensland_8650"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56319	"Riverine wetland Bremer River catchment_South East Queensland_8650"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56320	"Riverine wetland Bremer River catchment_South East Queensland_8650"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56321	"Riverine wetland Bremer River catchment_South East Queensland_8650"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56322	"Riverine wetland Bremer River catchment_South East Queensland_8651"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
56323	"Riverine wetland Bremer River catchment_South East Queensland_8651"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
56324	"Riverine wetland Bremer River catchment_South East Queensland_8651"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
56325	"Riverine wetland Bremer River catchment_South East Queensland_8651"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
56326	"Riverine wetland Bremer River catchment_South East Queensland_8651"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
56327	"Riverine wetland Bremer River catchment_South East Queensland_8651"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
56328	"Riverine wetland Bremer River catchment_South East Queensland_8651"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
56329	"Riverine wetland Bremer River catchment_South East Queensland_8651"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
56330	"Riverine wetland Bremer River catchment_South East Queensland_8651"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56331	"Riverine wetland Bremer River catchment_South East Queensland_8651"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56332	"Riverine wetland Bremer River catchment_South East Queensland_8651"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56333	"Riverine wetland Bremer River catchment_South East Queensland_8651"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56334	"Riverine wetland Bremer River catchment_South East Queensland_8651"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56335	"Riverine wetland Bremer River catchment_South East Queensland_8652"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
56336	"Riverine wetland Bremer River catchment_South East Queensland_8652"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
56337	"Riverine wetland Bremer River catchment_South East Queensland_8652"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
56338	"Riverine wetland Bremer River catchment_South East Queensland_8652"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
56339	"Riverine wetland Bremer River catchment_South East Queensland_8652"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
56340	"Riverine wetland Bremer River catchment_South East Queensland_8652"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
56341	"Riverine wetland Bremer River catchment_South East Queensland_8652"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
56342	"Riverine wetland Bremer River catchment_South East Queensland_8652"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
56343	"Riverine wetland Bremer River catchment_South East Queensland_8652"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56344	"Riverine wetland Bremer River catchment_South East Queensland_8652"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56345	"Riverine wetland Bremer River catchment_South East Queensland_8652"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56346	"Riverine wetland Bremer River catchment_South East Queensland_8652"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56347	"Riverine wetland Bremer River catchment_South East Queensland_8652"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56348	"Riverine wetland Bremer River catchment_South East Queensland_8653"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
56349	"Riverine wetland Bremer River catchment_South East Queensland_8653"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
56350	"Riverine wetland Bremer River catchment_South East Queensland_8653"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
56351	"Riverine wetland Bremer River catchment_South East Queensland_8653"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
56352	"Riverine wetland Bremer River catchment_South East Queensland_8653"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
56353	"Riverine wetland Bremer River catchment_South East Queensland_8653"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
56354	"Riverine wetland Bremer River catchment_South East Queensland_8653"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
56355	"Riverine wetland Bremer River catchment_South East Queensland_8653"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
56356	"Riverine wetland Bremer River catchment_South East Queensland_8653"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56357	"Riverine wetland Bremer River catchment_South East Queensland_8653"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56358	"Riverine wetland Bremer River catchment_South East Queensland_8653"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56359	"Riverine wetland Bremer River catchment_South East Queensland_8653"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56360	"Riverine wetland Bremer River catchment_South East Queensland_8653"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56361	"Riverine wetland Bremer River catchment_South East Queensland_8654"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
56362	"Riverine wetland Bremer River catchment_South East Queensland_8654"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
56363	"Riverine wetland Bremer River catchment_South East Queensland_8654"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
56364	"Riverine wetland Bremer River catchment_South East Queensland_8654"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
56365	"Riverine wetland Bremer River catchment_South East Queensland_8654"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
56366	"Riverine wetland Bremer River catchment_South East Queensland_8654"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
56367	"Riverine wetland Bremer River catchment_South East Queensland_8654"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
56368	"Riverine wetland Bremer River catchment_South East Queensland_8654"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
56369	"Riverine wetland Bremer River catchment_South East Queensland_8654"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56370	"Riverine wetland Bremer River catchment_South East Queensland_8654"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56371	"Riverine wetland Bremer River catchment_South East Queensland_8654"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56372	"Riverine wetland Bremer River catchment_South East Queensland_8654"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56373	"Riverine wetland Bremer River catchment_South East Queensland_8654"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56383	"Palustrine wetland Logan River catchment_South East Queensland_8656"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56384	"Palustrine wetland Logan River catchment_South East Queensland_8656"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56385	"Palustrine wetland Logan River catchment_South East Queensland_8656"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56386	"Palustrine wetland Logan River catchment_South East Queensland_8656"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56387	"Palustrine wetland Logan River catchment_South East Queensland_8656"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56388	"Palustrine wetland Logan River catchment_South East Queensland_8657"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56389	"Palustrine wetland Logan River catchment_South East Queensland_8657"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56390	"Palustrine wetland Logan River catchment_South East Queensland_8657"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56391	"Palustrine wetland Logan River catchment_South East Queensland_8657"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56392	"Palustrine wetland Logan River catchment_South East Queensland_8657"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56393	"Palustrine wetland Logan River catchment_South East Queensland_8658"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56394	"Palustrine wetland Logan River catchment_South East Queensland_8658"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56395	"Palustrine wetland Logan River catchment_South East Queensland_8658"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56396	"Palustrine wetland Logan River catchment_South East Queensland_8658"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56397	"Palustrine wetland Logan River catchment_South East Queensland_8658"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56512	"Riverine wetland Bremer River catchment_South East Queensland_8673"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56513	"Riverine wetland Bremer River catchment_South East Queensland_8673"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56514	"Riverine wetland Bremer River catchment_South East Queensland_8673"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56515	"Riverine wetland Bremer River catchment_South East Queensland_8673"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56516	"Riverine wetland Bremer River catchment_South East Queensland_8673"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56517	"Riverine wetland Bremer River catchment_South East Queensland_8674"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56518	"Riverine wetland Bremer River catchment_South East Queensland_8674"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56519	"Riverine wetland Bremer River catchment_South East Queensland_8674"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56520	"Riverine wetland Bremer River catchment_South East Queensland_8674"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56521	"Riverine wetland Bremer River catchment_South East Queensland_8674"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56522	"Riverine wetland Bremer River catchment_South East Queensland_8675"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56523	"Riverine wetland Bremer River catchment_South East Queensland_8675"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56524	"Riverine wetland Bremer River catchment_South East Queensland_8675"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56525	"Riverine wetland Bremer River catchment_South East Queensland_8675"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56526	"Riverine wetland Bremer River catchment_South East Queensland_8675"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56527	"Riverine wetland Bremer River catchment_South East Queensland_8676"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56528	"Riverine wetland Bremer River catchment_South East Queensland_8676"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56529	"Riverine wetland Bremer River catchment_South East Queensland_8676"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56530	"Riverine wetland Bremer River catchment_South East Queensland_8676"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56531	"Riverine wetland Bremer River catchment_South East Queensland_8676"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56532	"Riverine wetland Bremer River catchment_South East Queensland_8677"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56533	"Riverine wetland Bremer River catchment_South East Queensland_8677"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56534	"Riverine wetland Bremer River catchment_South East Queensland_8677"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56535	"Riverine wetland Bremer River catchment_South East Queensland_8677"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56536	"Riverine wetland Bremer River catchment_South East Queensland_8677"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56542	"Riverine wetland Bremer River catchment_South East Queensland_8679"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56543	"Riverine wetland Bremer River catchment_South East Queensland_8679"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56544	"Riverine wetland Bremer River catchment_South East Queensland_8679"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56545	"Riverine wetland Bremer River catchment_South East Queensland_8679"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56546	"Riverine wetland Bremer River catchment_South East Queensland_8679"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56547	"Riverine wetland Bremer River catchment_South East Queensland_8680"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56548	"Riverine wetland Bremer River catchment_South East Queensland_8680"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56549	"Riverine wetland Bremer River catchment_South East Queensland_8680"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56550	"Riverine wetland Bremer River catchment_South East Queensland_8680"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56551	"Riverine wetland Bremer River catchment_South East Queensland_8680"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56552	"Riverine wetland Bremer River catchment_South East Queensland_8681"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56553	"Riverine wetland Bremer River catchment_South East Queensland_8681"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56554	"Riverine wetland Bremer River catchment_South East Queensland_8681"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56555	"Riverine wetland Bremer River catchment_South East Queensland_8681"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56556	"Riverine wetland Bremer River catchment_South East Queensland_8681"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56557	"Riverine wetland Bremer River catchment_South East Queensland_8682"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56558	"Riverine wetland Bremer River catchment_South East Queensland_8682"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56559	"Riverine wetland Bremer River catchment_South East Queensland_8682"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56560	"Riverine wetland Bremer River catchment_South East Queensland_8682"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56561	"Riverine wetland Bremer River catchment_South East Queensland_8682"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56562	"Riverine wetland Bremer River catchment_South East Queensland_8683"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56563	"Riverine wetland Bremer River catchment_South East Queensland_8683"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56564	"Riverine wetland Bremer River catchment_South East Queensland_8683"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56565	"Riverine wetland Bremer River catchment_South East Queensland_8683"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56566	"Riverine wetland Bremer River catchment_South East Queensland_8683"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56567	"Riverine wetland Bremer River catchment_South East Queensland_8684"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56568	"Riverine wetland Bremer River catchment_South East Queensland_8684"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56569	"Riverine wetland Bremer River catchment_South East Queensland_8684"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56570	"Riverine wetland Bremer River catchment_South East Queensland_8684"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56571	"Riverine wetland Bremer River catchment_South East Queensland_8684"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56572	"Riverine wetland Bremer River catchment_South East Queensland_8685"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56573	"Riverine wetland Bremer River catchment_South East Queensland_8685"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56574	"Riverine wetland Bremer River catchment_South East Queensland_8685"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56575	"Riverine wetland Bremer River catchment_South East Queensland_8685"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56576	"Riverine wetland Bremer River catchment_South East Queensland_8685"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56577	"Palustrine wetland Logan River catchment_South East Queensland_8686"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56578	"Palustrine wetland Logan River catchment_South East Queensland_8686"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56579	"Palustrine wetland Logan River catchment_South East Queensland_8686"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56580	"Palustrine wetland Logan River catchment_South East Queensland_8686"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56581	"Palustrine wetland Logan River catchment_South East Queensland_8686"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56761	"Palustrine wetland Logan River catchment_South East Queensland_8714"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56762	"Palustrine wetland Logan River catchment_South East Queensland_8714"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56763	"Palustrine wetland Logan River catchment_South East Queensland_8714"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56764	"Palustrine wetland Logan River catchment_South East Queensland_8714"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56765	"Palustrine wetland Logan River catchment_South East Queensland_8714"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56794	"Riverine wetland Bremer River catchment_South East Queensland_8719"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56795	"Riverine wetland Bremer River catchment_South East Queensland_8719"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56796	"Riverine wetland Bremer River catchment_South East Queensland_8719"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56797	"Riverine wetland Bremer River catchment_South East Queensland_8719"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56798	"Riverine wetland Bremer River catchment_South East Queensland_8719"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56846	"Palustrine wetland Logan River catchment_South East Queensland_8727"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56847	"Palustrine wetland Logan River catchment_South East Queensland_8727"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56848	"Palustrine wetland Logan River catchment_South East Queensland_8727"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56849	"Palustrine wetland Logan River catchment_South East Queensland_8727"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56850	"Palustrine wetland Logan River catchment_South East Queensland_8727"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
56886	"Riverine wetland Brisbane River catchment_South East Queensland_8735"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56887	"Riverine wetland Brisbane River catchment_South East Queensland_8735"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
56888	"Riverine wetland Brisbane River catchment_South East Queensland_8735"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
56889	"Riverine wetland Brisbane River catchment_South East Queensland_8735"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
56890	"Riverine wetland Brisbane River catchment_South East Queensland_8735"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57071	"Riverine wetland Brisbane River catchment_South East Queensland_8764"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57072	"Riverine wetland Brisbane River catchment_South East Queensland_8764"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57073	"Riverine wetland Brisbane River catchment_South East Queensland_8764"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57074	"Riverine wetland Brisbane River catchment_South East Queensland_8764"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57075	"Riverine wetland Brisbane River catchment_South East Queensland_8764"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57076	"Riverine wetland Brisbane River catchment_South East Queensland_8765"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57077	"Riverine wetland Brisbane River catchment_South East Queensland_8765"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57078	"Riverine wetland Brisbane River catchment_South East Queensland_8765"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57079	"Riverine wetland Brisbane River catchment_South East Queensland_8765"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57080	"Riverine wetland Brisbane River catchment_South East Queensland_8765"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57178	"Palustrine wetland Brisbane River catchment_South East Queensland_8783"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57179	"Palustrine wetland Brisbane River catchment_South East Queensland_8783"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57180	"Palustrine wetland Brisbane River catchment_South East Queensland_8783"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57181	"Palustrine wetland Brisbane River catchment_South East Queensland_8783"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57182	"Palustrine wetland Brisbane River catchment_South East Queensland_8783"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57183	"Riverine wetland Brisbane River catchment_South East Queensland_8784"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57184	"Riverine wetland Brisbane River catchment_South East Queensland_8784"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57185	"Riverine wetland Brisbane River catchment_South East Queensland_8784"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57186	"Riverine wetland Brisbane River catchment_South East Queensland_8784"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57187	"Riverine wetland Brisbane River catchment_South East Queensland_8784"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57275	"Riverine wetland Bremer River catchment_South East Queensland_8800"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57276	"Riverine wetland Bremer River catchment_South East Queensland_8800"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57277	"Riverine wetland Bremer River catchment_South East Queensland_8800"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57278	"Riverine wetland Bremer River catchment_South East Queensland_8800"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57279	"Riverine wetland Bremer River catchment_South East Queensland_8800"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57300	"Riverine wetland Bremer River catchment_South East Queensland_8805"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
57301	"Riverine wetland Bremer River catchment_South East Queensland_8805"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
57302	"Riverine wetland Bremer River catchment_South East Queensland_8805"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
57303	"Riverine wetland Bremer River catchment_South East Queensland_8805"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
57304	"Riverine wetland Bremer River catchment_South East Queensland_8805"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57305	"Riverine wetland Bremer River catchment_South East Queensland_8805"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57306	"Riverine wetland Bremer River catchment_South East Queensland_8805"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57307	"Riverine wetland Bremer River catchment_South East Queensland_8805"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57308	"Riverine wetland Bremer River catchment_South East Queensland_8805"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57370	"Riverine wetland Bremer River catchment_South East Queensland_8815"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57371	"Riverine wetland Bremer River catchment_South East Queensland_8815"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57372	"Riverine wetland Bremer River catchment_South East Queensland_8815"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57373	"Riverine wetland Bremer River catchment_South East Queensland_8815"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57374	"Riverine wetland Bremer River catchment_South East Queensland_8815"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57448	"Palustrine wetland Brisbane River catchment_South East Queensland_8829"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57449	"Palustrine wetland Brisbane River catchment_South East Queensland_8829"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57450	"Palustrine wetland Brisbane River catchment_South East Queensland_8829"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57451	"Palustrine wetland Brisbane River catchment_South East Queensland_8829"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57452	"Palustrine wetland Brisbane River catchment_South East Queensland_8829"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57468	"Riverine wetland Bremer River catchment_South East Queensland_8833"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57469	"Riverine wetland Bremer River catchment_South East Queensland_8833"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57470	"Riverine wetland Bremer River catchment_South East Queensland_8833"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57471	"Riverine wetland Bremer River catchment_South East Queensland_8833"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57472	"Riverine wetland Bremer River catchment_South East Queensland_8833"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57478	"Palustrine wetland Logan River catchment_South East Queensland_8835"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57479	"Palustrine wetland Logan River catchment_South East Queensland_8835"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57480	"Palustrine wetland Logan River catchment_South East Queensland_8835"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57481	"Palustrine wetland Logan River catchment_South East Queensland_8835"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57482	"Palustrine wetland Logan River catchment_South East Queensland_8835"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57525	"Palustrine wetland Brisbane River catchment_South East Queensland_8842"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57526	"Palustrine wetland Brisbane River catchment_South East Queensland_8842"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57527	"Palustrine wetland Brisbane River catchment_South East Queensland_8842"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57528	"Palustrine wetland Brisbane River catchment_South East Queensland_8842"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57529	"Palustrine wetland Brisbane River catchment_South East Queensland_8842"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57539	"Palustrine wetland Bremer River catchment_South East Queensland_8844"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
57540	"Palustrine wetland Bremer River catchment_South East Queensland_8844"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
57541	"Palustrine wetland Bremer River catchment_South East Queensland_8844"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
57542	"Palustrine wetland Bremer River catchment_South East Queensland_8844"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
57543	"Palustrine wetland Bremer River catchment_South East Queensland_8844"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57544	"Palustrine wetland Bremer River catchment_South East Queensland_8844"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57545	"Palustrine wetland Bremer River catchment_South East Queensland_8844"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57546	"Palustrine wetland Bremer River catchment_South East Queensland_8844"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57547	"Palustrine wetland Bremer River catchment_South East Queensland_8844"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57553	"Riverine wetland Bremer River catchment_South East Queensland_8846"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57554	"Riverine wetland Bremer River catchment_South East Queensland_8846"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57555	"Riverine wetland Bremer River catchment_South East Queensland_8846"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57556	"Riverine wetland Bremer River catchment_South East Queensland_8846"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57557	"Riverine wetland Bremer River catchment_South East Queensland_8846"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57558	"Palustrine wetland Bremer River catchment_South East Queensland_8847"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57559	"Palustrine wetland Bremer River catchment_South East Queensland_8847"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57560	"Palustrine wetland Bremer River catchment_South East Queensland_8847"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57561	"Palustrine wetland Bremer River catchment_South East Queensland_8847"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57562	"Palustrine wetland Bremer River catchment_South East Queensland_8847"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57563	"Palustrine wetland Bremer River catchment_South East Queensland_8848"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57564	"Palustrine wetland Bremer River catchment_South East Queensland_8848"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57565	"Palustrine wetland Bremer River catchment_South East Queensland_8848"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57566	"Palustrine wetland Bremer River catchment_South East Queensland_8848"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57567	"Palustrine wetland Bremer River catchment_South East Queensland_8848"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57568	"Palustrine wetland Bremer River catchment_South East Queensland_8849"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57569	"Palustrine wetland Bremer River catchment_South East Queensland_8849"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57570	"Palustrine wetland Bremer River catchment_South East Queensland_8849"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57571	"Palustrine wetland Bremer River catchment_South East Queensland_8849"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57572	"Palustrine wetland Bremer River catchment_South East Queensland_8849"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57573	"Palustrine wetland Bremer River catchment_South East Queensland_8850"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
57574	"Palustrine wetland Bremer River catchment_South East Queensland_8850"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
57575	"Palustrine wetland Bremer River catchment_South East Queensland_8850"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
57576	"Palustrine wetland Bremer River catchment_South East Queensland_8850"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
57577	"Palustrine wetland Bremer River catchment_South East Queensland_8850"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57578	"Palustrine wetland Bremer River catchment_South East Queensland_8850"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57579	"Palustrine wetland Bremer River catchment_South East Queensland_8850"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57580	"Palustrine wetland Bremer River catchment_South East Queensland_8850"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57581	"Palustrine wetland Bremer River catchment_South East Queensland_8850"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57650	"Palustrine wetland Brisbane River catchment_South East Queensland_8863"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57651	"Palustrine wetland Brisbane River catchment_South East Queensland_8863"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57652	"Palustrine wetland Brisbane River catchment_South East Queensland_8863"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57653	"Palustrine wetland Brisbane River catchment_South East Queensland_8863"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57654	"Palustrine wetland Brisbane River catchment_South East Queensland_8863"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57655	"Palustrine wetland Bremer River catchment_South East Queensland_8864"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
57656	"Palustrine wetland Bremer River catchment_South East Queensland_8864"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
57657	"Palustrine wetland Bremer River catchment_South East Queensland_8864"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
57658	"Palustrine wetland Bremer River catchment_South East Queensland_8864"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
57659	"Palustrine wetland Bremer River catchment_South East Queensland_8864"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57660	"Palustrine wetland Bremer River catchment_South East Queensland_8864"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57661	"Palustrine wetland Bremer River catchment_South East Queensland_8864"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57662	"Palustrine wetland Bremer River catchment_South East Queensland_8864"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57663	"Palustrine wetland Bremer River catchment_South East Queensland_8864"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57673	"Palustrine wetland Bremer River catchment_South East Queensland_8866"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57674	"Palustrine wetland Bremer River catchment_South East Queensland_8866"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57675	"Palustrine wetland Bremer River catchment_South East Queensland_8866"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57676	"Palustrine wetland Bremer River catchment_South East Queensland_8866"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57677	"Palustrine wetland Bremer River catchment_South East Queensland_8866"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57718	"Palustrine wetland Brisbane River catchment_South East Queensland_8875"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57719	"Palustrine wetland Brisbane River catchment_South East Queensland_8875"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57720	"Palustrine wetland Brisbane River catchment_South East Queensland_8875"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57721	"Palustrine wetland Brisbane River catchment_South East Queensland_8875"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57722	"Palustrine wetland Brisbane River catchment_South East Queensland_8875"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57723	"Riverine wetland Bremer River catchment_South East Queensland_8876"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
57724	"Riverine wetland Bremer River catchment_South East Queensland_8876"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
57725	"Riverine wetland Bremer River catchment_South East Queensland_8876"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
57726	"Riverine wetland Bremer River catchment_South East Queensland_8876"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
57727	"Riverine wetland Bremer River catchment_South East Queensland_8876"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
57728	"Riverine wetland Bremer River catchment_South East Queensland_8876"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
57729	"Riverine wetland Bremer River catchment_South East Queensland_8876"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
57730	"Riverine wetland Bremer River catchment_South East Queensland_8876"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
57731	"Riverine wetland Bremer River catchment_South East Queensland_8876"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57732	"Riverine wetland Bremer River catchment_South East Queensland_8876"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57733	"Riverine wetland Bremer River catchment_South East Queensland_8876"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57734	"Riverine wetland Bremer River catchment_South East Queensland_8876"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57735	"Riverine wetland Bremer River catchment_South East Queensland_8876"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57799	"Riverine wetland Bremer River catchment_South East Queensland_8888"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57800	"Riverine wetland Bremer River catchment_South East Queensland_8888"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57801	"Riverine wetland Bremer River catchment_South East Queensland_8888"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57802	"Riverine wetland Bremer River catchment_South East Queensland_8888"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57803	"Riverine wetland Bremer River catchment_South East Queensland_8888"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57804	"Riverine wetland Bremer River catchment_South East Queensland_8889"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57805	"Riverine wetland Bremer River catchment_South East Queensland_8889"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57806	"Riverine wetland Bremer River catchment_South East Queensland_8889"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57807	"Riverine wetland Bremer River catchment_South East Queensland_8889"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57808	"Riverine wetland Bremer River catchment_South East Queensland_8889"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57809	"Palustrine wetland Brisbane River catchment_South East Queensland_8890"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57810	"Palustrine wetland Brisbane River catchment_South East Queensland_8890"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57811	"Palustrine wetland Brisbane River catchment_South East Queensland_8890"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57812	"Palustrine wetland Brisbane River catchment_South East Queensland_8890"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57813	"Palustrine wetland Brisbane River catchment_South East Queensland_8890"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57814	"Riverine wetland Bremer River catchment_South East Queensland_8891"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
57815	"Riverine wetland Bremer River catchment_South East Queensland_8891"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
57816	"Riverine wetland Bremer River catchment_South East Queensland_8891"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
57817	"Riverine wetland Bremer River catchment_South East Queensland_8891"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
57818	"Riverine wetland Bremer River catchment_South East Queensland_8891"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57819	"Riverine wetland Bremer River catchment_South East Queensland_8891"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57820	"Riverine wetland Bremer River catchment_South East Queensland_8891"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57821	"Riverine wetland Bremer River catchment_South East Queensland_8891"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57822	"Riverine wetland Bremer River catchment_South East Queensland_8891"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57823	"Riverine wetland Bremer River catchment_South East Queensland_8892"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
57824	"Riverine wetland Bremer River catchment_South East Queensland_8892"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
57825	"Riverine wetland Bremer River catchment_South East Queensland_8892"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
57826	"Riverine wetland Bremer River catchment_South East Queensland_8892"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
57827	"Riverine wetland Bremer River catchment_South East Queensland_8892"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57828	"Riverine wetland Bremer River catchment_South East Queensland_8892"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57829	"Riverine wetland Bremer River catchment_South East Queensland_8892"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57830	"Riverine wetland Bremer River catchment_South East Queensland_8892"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57831	"Riverine wetland Bremer River catchment_South East Queensland_8892"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57832	"Riverine wetland Bremer River catchment_South East Queensland_8893"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
57833	"Riverine wetland Bremer River catchment_South East Queensland_8893"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
57834	"Riverine wetland Bremer River catchment_South East Queensland_8893"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
57835	"Riverine wetland Bremer River catchment_South East Queensland_8893"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
57836	"Riverine wetland Bremer River catchment_South East Queensland_8893"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57837	"Riverine wetland Bremer River catchment_South East Queensland_8893"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57838	"Riverine wetland Bremer River catchment_South East Queensland_8893"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57839	"Riverine wetland Bremer River catchment_South East Queensland_8893"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57840	"Riverine wetland Bremer River catchment_South East Queensland_8893"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57841	"Riverine wetland Bremer River catchment_South East Queensland_8894"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
57842	"Riverine wetland Bremer River catchment_South East Queensland_8894"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
57843	"Riverine wetland Bremer River catchment_South East Queensland_8894"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
57844	"Riverine wetland Bremer River catchment_South East Queensland_8894"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
57845	"Riverine wetland Bremer River catchment_South East Queensland_8894"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57846	"Riverine wetland Bremer River catchment_South East Queensland_8894"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57847	"Riverine wetland Bremer River catchment_South East Queensland_8894"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57848	"Riverine wetland Bremer River catchment_South East Queensland_8894"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57849	"Riverine wetland Bremer River catchment_South East Queensland_8894"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57850	"Riverine wetland Bremer River catchment_South East Queensland_8895"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
57851	"Riverine wetland Bremer River catchment_South East Queensland_8895"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
57852	"Riverine wetland Bremer River catchment_South East Queensland_8895"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
57853	"Riverine wetland Bremer River catchment_South East Queensland_8895"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
57854	"Riverine wetland Bremer River catchment_South East Queensland_8895"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57855	"Riverine wetland Bremer River catchment_South East Queensland_8895"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57856	"Riverine wetland Bremer River catchment_South East Queensland_8895"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57857	"Riverine wetland Bremer River catchment_South East Queensland_8895"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57858	"Riverine wetland Bremer River catchment_South East Queensland_8895"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57859	"Riverine wetland Bremer River catchment_South East Queensland_8896"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
57860	"Riverine wetland Bremer River catchment_South East Queensland_8896"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
57861	"Riverine wetland Bremer River catchment_South East Queensland_8896"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
57862	"Riverine wetland Bremer River catchment_South East Queensland_8896"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
57863	"Riverine wetland Bremer River catchment_South East Queensland_8896"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57864	"Riverine wetland Bremer River catchment_South East Queensland_8896"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57865	"Riverine wetland Bremer River catchment_South East Queensland_8896"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57866	"Riverine wetland Bremer River catchment_South East Queensland_8896"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57867	"Riverine wetland Bremer River catchment_South East Queensland_8896"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57868	"Riverine wetland Bremer River catchment_South East Queensland_8897"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
57869	"Riverine wetland Bremer River catchment_South East Queensland_8897"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
57870	"Riverine wetland Bremer River catchment_South East Queensland_8897"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
57871	"Riverine wetland Bremer River catchment_South East Queensland_8897"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
57872	"Riverine wetland Bremer River catchment_South East Queensland_8897"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57873	"Riverine wetland Bremer River catchment_South East Queensland_8897"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57874	"Riverine wetland Bremer River catchment_South East Queensland_8897"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57875	"Riverine wetland Bremer River catchment_South East Queensland_8897"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57876	"Riverine wetland Bremer River catchment_South East Queensland_8897"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
57925	"Riverine wetland Bremer River catchment_South East Queensland_8906"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
57926	"Riverine wetland Bremer River catchment_South East Queensland_8906"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
57927	"Riverine wetland Bremer River catchment_South East Queensland_8906"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
57928	"Riverine wetland Bremer River catchment_South East Queensland_8906"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
57929	"Riverine wetland Bremer River catchment_South East Queensland_8906"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57930	"Riverine wetland Bremer River catchment_South East Queensland_8906"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
57931	"Riverine wetland Bremer River catchment_South East Queensland_8906"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
57932	"Riverine wetland Bremer River catchment_South East Queensland_8906"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
57933	"Riverine wetland Bremer River catchment_South East Queensland_8906"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58169	"Riverine wetland Bremer River catchment_South East Queensland_8954"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58170	"Riverine wetland Bremer River catchment_South East Queensland_8954"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58171	"Riverine wetland Bremer River catchment_South East Queensland_8954"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58172	"Riverine wetland Bremer River catchment_South East Queensland_8954"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58173	"Riverine wetland Bremer River catchment_South East Queensland_8954"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58174	"Riverine wetland Bremer River catchment_South East Queensland_8954"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58175	"Riverine wetland Bremer River catchment_South East Queensland_8954"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58176	"Riverine wetland Bremer River catchment_South East Queensland_8954"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58177	"Riverine wetland Bremer River catchment_South East Queensland_8954"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58178	"Palustrine wetland Brisbane River catchment_South East Queensland_8955"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58179	"Palustrine wetland Brisbane River catchment_South East Queensland_8955"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58180	"Palustrine wetland Brisbane River catchment_South East Queensland_8955"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58181	"Palustrine wetland Brisbane River catchment_South East Queensland_8955"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58182	"Palustrine wetland Brisbane River catchment_South East Queensland_8955"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58183	"Riverine wetland Bremer River catchment_South East Queensland_8956"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58184	"Riverine wetland Bremer River catchment_South East Queensland_8956"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58185	"Riverine wetland Bremer River catchment_South East Queensland_8956"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58186	"Riverine wetland Bremer River catchment_South East Queensland_8956"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58187	"Riverine wetland Bremer River catchment_South East Queensland_8956"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58188	"Riverine wetland Bremer River catchment_South East Queensland_8956"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58189	"Riverine wetland Bremer River catchment_South East Queensland_8956"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58190	"Riverine wetland Bremer River catchment_South East Queensland_8956"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58191	"Riverine wetland Bremer River catchment_South East Queensland_8956"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58192	"Riverine wetland Bremer River catchment_South East Queensland_8957"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58193	"Riverine wetland Bremer River catchment_South East Queensland_8957"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58194	"Riverine wetland Bremer River catchment_South East Queensland_8957"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58195	"Riverine wetland Bremer River catchment_South East Queensland_8957"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58196	"Riverine wetland Bremer River catchment_South East Queensland_8957"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58197	"Riverine wetland Bremer River catchment_South East Queensland_8957"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58198	"Riverine wetland Bremer River catchment_South East Queensland_8957"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58199	"Riverine wetland Bremer River catchment_South East Queensland_8957"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58200	"Riverine wetland Bremer River catchment_South East Queensland_8957"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58201	"Riverine wetland Bremer River catchment_South East Queensland_8958"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58202	"Riverine wetland Bremer River catchment_South East Queensland_8958"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58203	"Riverine wetland Bremer River catchment_South East Queensland_8958"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58204	"Riverine wetland Bremer River catchment_South East Queensland_8958"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58205	"Riverine wetland Bremer River catchment_South East Queensland_8958"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58206	"Riverine wetland Bremer River catchment_South East Queensland_8958"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58207	"Riverine wetland Bremer River catchment_South East Queensland_8958"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58208	"Riverine wetland Bremer River catchment_South East Queensland_8958"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58209	"Riverine wetland Bremer River catchment_South East Queensland_8958"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58210	"Palustrine wetland Bremer River catchment_South East Queensland_8959"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58211	"Palustrine wetland Bremer River catchment_South East Queensland_8959"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58212	"Palustrine wetland Bremer River catchment_South East Queensland_8959"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58213	"Palustrine wetland Bremer River catchment_South East Queensland_8959"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58214	"Palustrine wetland Bremer River catchment_South East Queensland_8959"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58215	"Riverine wetland Bremer River catchment_South East Queensland_8960"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58216	"Riverine wetland Bremer River catchment_South East Queensland_8960"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58217	"Riverine wetland Bremer River catchment_South East Queensland_8960"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58218	"Riverine wetland Bremer River catchment_South East Queensland_8960"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58219	"Riverine wetland Bremer River catchment_South East Queensland_8960"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58220	"Riverine wetland Bremer River catchment_South East Queensland_8960"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58221	"Riverine wetland Bremer River catchment_South East Queensland_8960"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58222	"Riverine wetland Bremer River catchment_South East Queensland_8960"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58223	"Riverine wetland Bremer River catchment_South East Queensland_8960"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58224	"Riverine wetland Bremer River catchment_South East Queensland_8961"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58225	"Riverine wetland Bremer River catchment_South East Queensland_8961"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58226	"Riverine wetland Bremer River catchment_South East Queensland_8961"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58227	"Riverine wetland Bremer River catchment_South East Queensland_8961"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58228	"Riverine wetland Bremer River catchment_South East Queensland_8961"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58229	"Riverine wetland Bremer River catchment_South East Queensland_8961"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58230	"Riverine wetland Bremer River catchment_South East Queensland_8961"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58231	"Riverine wetland Bremer River catchment_South East Queensland_8961"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58232	"Riverine wetland Bremer River catchment_South East Queensland_8961"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58233	"Riverine wetland Bremer River catchment_South East Queensland_8962"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58234	"Riverine wetland Bremer River catchment_South East Queensland_8962"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58235	"Riverine wetland Bremer River catchment_South East Queensland_8962"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58236	"Riverine wetland Bremer River catchment_South East Queensland_8962"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58237	"Riverine wetland Bremer River catchment_South East Queensland_8962"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58252	"Riverine wetland Bremer River catchment_South East Queensland_8965"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58253	"Riverine wetland Bremer River catchment_South East Queensland_8965"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58254	"Riverine wetland Bremer River catchment_South East Queensland_8965"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58255	"Riverine wetland Bremer River catchment_South East Queensland_8965"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58256	"Riverine wetland Bremer River catchment_South East Queensland_8965"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58257	"Riverine wetland Bremer River catchment_South East Queensland_8965"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58258	"Riverine wetland Bremer River catchment_South East Queensland_8965"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58259	"Riverine wetland Bremer River catchment_South East Queensland_8965"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58260	"Riverine wetland Bremer River catchment_South East Queensland_8965"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58261	"Riverine wetland Bremer River catchment_South East Queensland_8966"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58262	"Riverine wetland Bremer River catchment_South East Queensland_8966"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58263	"Riverine wetland Bremer River catchment_South East Queensland_8966"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58264	"Riverine wetland Bremer River catchment_South East Queensland_8966"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58265	"Riverine wetland Bremer River catchment_South East Queensland_8966"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58266	"Riverine wetland Bremer River catchment_South East Queensland_8966"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58267	"Riverine wetland Bremer River catchment_South East Queensland_8966"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58268	"Riverine wetland Bremer River catchment_South East Queensland_8966"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58269	"Riverine wetland Bremer River catchment_South East Queensland_8966"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58270	"Riverine wetland Bremer River catchment_South East Queensland_8967"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58271	"Riverine wetland Bremer River catchment_South East Queensland_8967"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58272	"Riverine wetland Bremer River catchment_South East Queensland_8967"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58273	"Riverine wetland Bremer River catchment_South East Queensland_8967"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58274	"Riverine wetland Bremer River catchment_South East Queensland_8967"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58275	"Riverine wetland Bremer River catchment_South East Queensland_8967"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58276	"Riverine wetland Bremer River catchment_South East Queensland_8967"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58277	"Riverine wetland Bremer River catchment_South East Queensland_8967"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58278	"Riverine wetland Bremer River catchment_South East Queensland_8967"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58279	"Riverine wetland Bremer River catchment_South East Queensland_8968"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58280	"Riverine wetland Bremer River catchment_South East Queensland_8968"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58281	"Riverine wetland Bremer River catchment_South East Queensland_8968"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58282	"Riverine wetland Bremer River catchment_South East Queensland_8968"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58283	"Riverine wetland Bremer River catchment_South East Queensland_8968"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58284	"Riverine wetland Bremer River catchment_South East Queensland_8968"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58285	"Riverine wetland Bremer River catchment_South East Queensland_8968"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58286	"Riverine wetland Bremer River catchment_South East Queensland_8968"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58287	"Riverine wetland Bremer River catchment_South East Queensland_8968"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58288	"Riverine wetland Bremer River catchment_South East Queensland_8969"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58289	"Riverine wetland Bremer River catchment_South East Queensland_8969"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58290	"Riverine wetland Bremer River catchment_South East Queensland_8969"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58291	"Riverine wetland Bremer River catchment_South East Queensland_8969"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58292	"Riverine wetland Bremer River catchment_South East Queensland_8969"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58293	"Riverine wetland Bremer River catchment_South East Queensland_8969"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58294	"Riverine wetland Bremer River catchment_South East Queensland_8969"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58295	"Riverine wetland Bremer River catchment_South East Queensland_8969"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58296	"Riverine wetland Bremer River catchment_South East Queensland_8969"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58302	"Palustrine wetland Brisbane River catchment_South East Queensland_8971"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58303	"Palustrine wetland Brisbane River catchment_South East Queensland_8971"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58304	"Palustrine wetland Brisbane River catchment_South East Queensland_8971"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58305	"Palustrine wetland Brisbane River catchment_South East Queensland_8971"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58306	"Palustrine wetland Brisbane River catchment_South East Queensland_8971"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58336	"Riverine wetland Bremer River catchment_South East Queensland_8977"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58337	"Riverine wetland Bremer River catchment_South East Queensland_8977"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58338	"Riverine wetland Bremer River catchment_South East Queensland_8977"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58339	"Riverine wetland Bremer River catchment_South East Queensland_8977"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58340	"Riverine wetland Bremer River catchment_South East Queensland_8977"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58341	"Riverine wetland Bremer River catchment_South East Queensland_8977"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58342	"Riverine wetland Bremer River catchment_South East Queensland_8977"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58343	"Riverine wetland Bremer River catchment_South East Queensland_8977"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58344	"Riverine wetland Bremer River catchment_South East Queensland_8977"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58375	"Palustrine wetland Logan River catchment_South East Queensland_8984"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58376	"Palustrine wetland Logan River catchment_South East Queensland_8984"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58377	"Palustrine wetland Logan River catchment_South East Queensland_8984"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58378	"Palustrine wetland Logan River catchment_South East Queensland_8984"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58379	"Palustrine wetland Logan River catchment_South East Queensland_8984"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58385	"Riverine wetland Bremer River catchment_South East Queensland_8986"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58386	"Riverine wetland Bremer River catchment_South East Queensland_8986"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58387	"Riverine wetland Bremer River catchment_South East Queensland_8986"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58388	"Riverine wetland Bremer River catchment_South East Queensland_8986"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58389	"Riverine wetland Bremer River catchment_South East Queensland_8986"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58405	"Riverine wetland Bremer River catchment_South East Queensland_8990"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58406	"Riverine wetland Bremer River catchment_South East Queensland_8990"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58407	"Riverine wetland Bremer River catchment_South East Queensland_8990"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58408	"Riverine wetland Bremer River catchment_South East Queensland_8990"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58409	"Riverine wetland Bremer River catchment_South East Queensland_8990"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58410	"Riverine wetland Bremer River catchment_South East Queensland_8991"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58411	"Riverine wetland Bremer River catchment_South East Queensland_8991"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58412	"Riverine wetland Bremer River catchment_South East Queensland_8991"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58413	"Riverine wetland Bremer River catchment_South East Queensland_8991"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58414	"Riverine wetland Bremer River catchment_South East Queensland_8991"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58415	"Riverine wetland Bremer River catchment_South East Queensland_8991"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58416	"Riverine wetland Bremer River catchment_South East Queensland_8991"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58417	"Riverine wetland Bremer River catchment_South East Queensland_8991"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58418	"Riverine wetland Bremer River catchment_South East Queensland_8991"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58424	"Riverine wetland Bremer River catchment_South East Queensland_8993"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58425	"Riverine wetland Bremer River catchment_South East Queensland_8993"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58426	"Riverine wetland Bremer River catchment_South East Queensland_8993"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58427	"Riverine wetland Bremer River catchment_South East Queensland_8993"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58428	"Riverine wetland Bremer River catchment_South East Queensland_8993"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58429	"Riverine wetland Bremer River catchment_South East Queensland_8993"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58430	"Riverine wetland Bremer River catchment_South East Queensland_8993"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58431	"Riverine wetland Bremer River catchment_South East Queensland_8993"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58432	"Riverine wetland Bremer River catchment_South East Queensland_8993"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58433	"Riverine wetland Bremer River catchment_South East Queensland_8994"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58434	"Riverine wetland Bremer River catchment_South East Queensland_8994"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58435	"Riverine wetland Bremer River catchment_South East Queensland_8994"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58436	"Riverine wetland Bremer River catchment_South East Queensland_8994"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58437	"Riverine wetland Bremer River catchment_South East Queensland_8994"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58438	"Riverine wetland Bremer River catchment_South East Queensland_8994"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58439	"Riverine wetland Bremer River catchment_South East Queensland_8994"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58440	"Riverine wetland Bremer River catchment_South East Queensland_8994"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58441	"Riverine wetland Bremer River catchment_South East Queensland_8994"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58442	"Riverine wetland Bremer River catchment_South East Queensland_8995"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58443	"Riverine wetland Bremer River catchment_South East Queensland_8995"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58444	"Riverine wetland Bremer River catchment_South East Queensland_8995"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58445	"Riverine wetland Bremer River catchment_South East Queensland_8995"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58446	"Riverine wetland Bremer River catchment_South East Queensland_8995"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58447	"Riverine wetland Bremer River catchment_South East Queensland_8995"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58448	"Riverine wetland Bremer River catchment_South East Queensland_8995"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58449	"Riverine wetland Bremer River catchment_South East Queensland_8995"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58450	"Riverine wetland Bremer River catchment_South East Queensland_8995"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58451	"Riverine wetland Bremer River catchment_South East Queensland_8996"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58452	"Riverine wetland Bremer River catchment_South East Queensland_8996"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58453	"Riverine wetland Bremer River catchment_South East Queensland_8996"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58454	"Riverine wetland Bremer River catchment_South East Queensland_8996"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58455	"Riverine wetland Bremer River catchment_South East Queensland_8996"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58456	"Riverine wetland Bremer River catchment_South East Queensland_8996"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58457	"Riverine wetland Bremer River catchment_South East Queensland_8996"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58458	"Riverine wetland Bremer River catchment_South East Queensland_8996"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58459	"Riverine wetland Bremer River catchment_South East Queensland_8996"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58460	"Riverine wetland Bremer River catchment_South East Queensland_8997"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58461	"Riverine wetland Bremer River catchment_South East Queensland_8997"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58462	"Riverine wetland Bremer River catchment_South East Queensland_8997"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58463	"Riverine wetland Bremer River catchment_South East Queensland_8997"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58464	"Riverine wetland Bremer River catchment_South East Queensland_8997"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58465	"Riverine wetland Bremer River catchment_South East Queensland_8997"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58466	"Riverine wetland Bremer River catchment_South East Queensland_8997"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58467	"Riverine wetland Bremer River catchment_South East Queensland_8997"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58468	"Riverine wetland Bremer River catchment_South East Queensland_8997"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58474	"Riverine wetland Bremer River catchment_South East Queensland_8999"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58475	"Riverine wetland Bremer River catchment_South East Queensland_8999"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58476	"Riverine wetland Bremer River catchment_South East Queensland_8999"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58477	"Riverine wetland Bremer River catchment_South East Queensland_8999"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58478	"Riverine wetland Bremer River catchment_South East Queensland_8999"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58479	"Riverine wetland Bremer River catchment_South East Queensland_9000"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58480	"Riverine wetland Bremer River catchment_South East Queensland_9000"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58481	"Riverine wetland Bremer River catchment_South East Queensland_9000"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58482	"Riverine wetland Bremer River catchment_South East Queensland_9000"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58483	"Riverine wetland Bremer River catchment_South East Queensland_9000"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58517	"Riverine wetland Bremer River catchment_South East Queensland_9006"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58518	"Riverine wetland Bremer River catchment_South East Queensland_9006"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58519	"Riverine wetland Bremer River catchment_South East Queensland_9006"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58520	"Riverine wetland Bremer River catchment_South East Queensland_9006"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58521	"Riverine wetland Bremer River catchment_South East Queensland_9006"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58522	"Riverine wetland Bremer River catchment_South East Queensland_9006"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58523	"Riverine wetland Bremer River catchment_South East Queensland_9006"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58524	"Riverine wetland Bremer River catchment_South East Queensland_9006"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58525	"Riverine wetland Bremer River catchment_South East Queensland_9006"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58561	"Palustrine wetland Bremer River catchment_South East Queensland_9014"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58562	"Palustrine wetland Bremer River catchment_South East Queensland_9014"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58563	"Palustrine wetland Bremer River catchment_South East Queensland_9014"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58564	"Palustrine wetland Bremer River catchment_South East Queensland_9014"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58565	"Palustrine wetland Bremer River catchment_South East Queensland_9014"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58566	"Palustrine wetland Bremer River catchment_South East Queensland_9015"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58567	"Palustrine wetland Bremer River catchment_South East Queensland_9015"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58568	"Palustrine wetland Bremer River catchment_South East Queensland_9015"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58569	"Palustrine wetland Bremer River catchment_South East Queensland_9015"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58570	"Palustrine wetland Bremer River catchment_South East Queensland_9015"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58571	"Palustrine wetland Bremer River catchment_South East Queensland_9016"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58572	"Palustrine wetland Bremer River catchment_South East Queensland_9016"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58573	"Palustrine wetland Bremer River catchment_South East Queensland_9016"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58574	"Palustrine wetland Bremer River catchment_South East Queensland_9016"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58575	"Palustrine wetland Bremer River catchment_South East Queensland_9016"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58576	"Palustrine wetland Bremer River catchment_South East Queensland_9017"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58577	"Palustrine wetland Bremer River catchment_South East Queensland_9017"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58578	"Palustrine wetland Bremer River catchment_South East Queensland_9017"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58579	"Palustrine wetland Bremer River catchment_South East Queensland_9017"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58580	"Palustrine wetland Bremer River catchment_South East Queensland_9017"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58581	"Palustrine wetland Bremer River catchment_South East Queensland_9017"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58582	"Palustrine wetland Bremer River catchment_South East Queensland_9017"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58583	"Palustrine wetland Bremer River catchment_South East Queensland_9017"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58584	"Palustrine wetland Bremer River catchment_South East Queensland_9017"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58585	"Palustrine wetland Bremer River catchment_South East Queensland_9017"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58586	"Palustrine wetland Bremer River catchment_South East Queensland_9017"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58587	"Palustrine wetland Bremer River catchment_South East Queensland_9017"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58588	"Palustrine wetland Bremer River catchment_South East Queensland_9017"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58598	"Palustrine wetland Bremer River catchment_South East Queensland_9019"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58599	"Palustrine wetland Bremer River catchment_South East Queensland_9019"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58600	"Palustrine wetland Bremer River catchment_South East Queensland_9019"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58601	"Palustrine wetland Bremer River catchment_South East Queensland_9019"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58602	"Palustrine wetland Bremer River catchment_South East Queensland_9019"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58603	"Riverine wetland Bremer River catchment_South East Queensland_9020"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58604	"Riverine wetland Bremer River catchment_South East Queensland_9020"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58605	"Riverine wetland Bremer River catchment_South East Queensland_9020"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58606	"Riverine wetland Bremer River catchment_South East Queensland_9020"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58607	"Riverine wetland Bremer River catchment_South East Queensland_9020"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58608	"Riverine wetland Bremer River catchment_South East Queensland_9020"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58609	"Riverine wetland Bremer River catchment_South East Queensland_9020"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58610	"Riverine wetland Bremer River catchment_South East Queensland_9020"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58611	"Riverine wetland Bremer River catchment_South East Queensland_9020"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58612	"Palustrine wetland Bremer River catchment_South East Queensland_9021"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58613	"Palustrine wetland Bremer River catchment_South East Queensland_9021"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58614	"Palustrine wetland Bremer River catchment_South East Queensland_9021"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58615	"Palustrine wetland Bremer River catchment_South East Queensland_9021"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58616	"Palustrine wetland Bremer River catchment_South East Queensland_9021"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58617	"Palustrine wetland Bremer River catchment_South East Queensland_9021"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58618	"Palustrine wetland Bremer River catchment_South East Queensland_9021"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58619	"Palustrine wetland Bremer River catchment_South East Queensland_9021"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58620	"Palustrine wetland Bremer River catchment_South East Queensland_9021"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58626	"Riverine wetland Bremer River catchment_South East Queensland_9023"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58627	"Riverine wetland Bremer River catchment_South East Queensland_9023"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58628	"Riverine wetland Bremer River catchment_South East Queensland_9023"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58629	"Riverine wetland Bremer River catchment_South East Queensland_9023"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58630	"Riverine wetland Bremer River catchment_South East Queensland_9023"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58631	"Riverine wetland Bremer River catchment_South East Queensland_9023"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58632	"Riverine wetland Bremer River catchment_South East Queensland_9023"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58633	"Riverine wetland Bremer River catchment_South East Queensland_9023"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58634	"Riverine wetland Bremer River catchment_South East Queensland_9023"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58635	"Palustrine wetland Bremer River catchment_South East Queensland_9024"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58636	"Palustrine wetland Bremer River catchment_South East Queensland_9024"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58637	"Palustrine wetland Bremer River catchment_South East Queensland_9024"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58638	"Palustrine wetland Bremer River catchment_South East Queensland_9024"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58639	"Palustrine wetland Bremer River catchment_South East Queensland_9024"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58640	"Palustrine wetland Bremer River catchment_South East Queensland_9024"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58641	"Palustrine wetland Bremer River catchment_South East Queensland_9024"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58642	"Palustrine wetland Bremer River catchment_South East Queensland_9024"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58643	"Palustrine wetland Bremer River catchment_South East Queensland_9024"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58644	"Riverine wetland Bremer River catchment_South East Queensland_9025"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58645	"Riverine wetland Bremer River catchment_South East Queensland_9025"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58646	"Riverine wetland Bremer River catchment_South East Queensland_9025"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58647	"Riverine wetland Bremer River catchment_South East Queensland_9025"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58648	"Riverine wetland Bremer River catchment_South East Queensland_9025"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58649	"Riverine wetland Bremer River catchment_South East Queensland_9025"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58650	"Riverine wetland Bremer River catchment_South East Queensland_9025"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58651	"Riverine wetland Bremer River catchment_South East Queensland_9025"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58652	"Riverine wetland Bremer River catchment_South East Queensland_9025"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58653	"Riverine wetland Bremer River catchment_South East Queensland_9026"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58654	"Riverine wetland Bremer River catchment_South East Queensland_9026"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58655	"Riverine wetland Bremer River catchment_South East Queensland_9026"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58656	"Riverine wetland Bremer River catchment_South East Queensland_9026"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58657	"Riverine wetland Bremer River catchment_South East Queensland_9026"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58667	"Riverine wetland Bremer River catchment_South East Queensland_9028"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58668	"Riverine wetland Bremer River catchment_South East Queensland_9028"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58669	"Riverine wetland Bremer River catchment_South East Queensland_9028"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58670	"Riverine wetland Bremer River catchment_South East Queensland_9028"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58671	"Riverine wetland Bremer River catchment_South East Queensland_9028"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58672	"Riverine wetland Bremer River catchment_South East Queensland_9028"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58673	"Riverine wetland Bremer River catchment_South East Queensland_9028"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58674	"Riverine wetland Bremer River catchment_South East Queensland_9028"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58675	"Riverine wetland Bremer River catchment_South East Queensland_9028"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58681	"Riverine wetland Bremer River catchment_South East Queensland_9030"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58682	"Riverine wetland Bremer River catchment_South East Queensland_9030"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58683	"Riverine wetland Bremer River catchment_South East Queensland_9030"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58684	"Riverine wetland Bremer River catchment_South East Queensland_9030"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58685	"Riverine wetland Bremer River catchment_South East Queensland_9030"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58686	"Riverine wetland Bremer River catchment_South East Queensland_9031"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58687	"Riverine wetland Bremer River catchment_South East Queensland_9031"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58688	"Riverine wetland Bremer River catchment_South East Queensland_9031"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58689	"Riverine wetland Bremer River catchment_South East Queensland_9031"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58690	"Riverine wetland Bremer River catchment_South East Queensland_9031"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58691	"Riverine wetland Bremer River catchment_South East Queensland_9032"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58692	"Riverine wetland Bremer River catchment_South East Queensland_9032"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58693	"Riverine wetland Bremer River catchment_South East Queensland_9032"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58694	"Riverine wetland Bremer River catchment_South East Queensland_9032"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58695	"Riverine wetland Bremer River catchment_South East Queensland_9032"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58696	"Riverine wetland Bremer River catchment_South East Queensland_9033"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58697	"Riverine wetland Bremer River catchment_South East Queensland_9033"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58698	"Riverine wetland Bremer River catchment_South East Queensland_9033"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58699	"Riverine wetland Bremer River catchment_South East Queensland_9033"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58700	"Riverine wetland Bremer River catchment_South East Queensland_9033"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58720	"Riverine wetland Bremer River catchment_South East Queensland_9037"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58721	"Riverine wetland Bremer River catchment_South East Queensland_9037"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58722	"Riverine wetland Bremer River catchment_South East Queensland_9037"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58723	"Riverine wetland Bremer River catchment_South East Queensland_9037"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58724	"Riverine wetland Bremer River catchment_South East Queensland_9037"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58725	"Riverine wetland Bremer River catchment_South East Queensland_9037"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58726	"Riverine wetland Bremer River catchment_South East Queensland_9037"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58727	"Riverine wetland Bremer River catchment_South East Queensland_9037"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58728	"Riverine wetland Bremer River catchment_South East Queensland_9037"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58729	"Riverine wetland Bremer River catchment_South East Queensland_9038"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58730	"Riverine wetland Bremer River catchment_South East Queensland_9038"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58731	"Riverine wetland Bremer River catchment_South East Queensland_9038"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58732	"Riverine wetland Bremer River catchment_South East Queensland_9038"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58733	"Riverine wetland Bremer River catchment_South East Queensland_9038"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58734	"Riverine wetland Bremer River catchment_South East Queensland_9038"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58735	"Riverine wetland Bremer River catchment_South East Queensland_9038"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58736	"Riverine wetland Bremer River catchment_South East Queensland_9038"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58737	"Riverine wetland Bremer River catchment_South East Queensland_9038"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58738	"Riverine wetland Bremer River catchment_South East Queensland_9039"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58739	"Riverine wetland Bremer River catchment_South East Queensland_9039"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58740	"Riverine wetland Bremer River catchment_South East Queensland_9039"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58741	"Riverine wetland Bremer River catchment_South East Queensland_9039"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58742	"Riverine wetland Bremer River catchment_South East Queensland_9039"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58743	"Palustrine wetland Bremer River catchment_South East Queensland_9040"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58744	"Palustrine wetland Bremer River catchment_South East Queensland_9040"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58745	"Palustrine wetland Bremer River catchment_South East Queensland_9040"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58746	"Palustrine wetland Bremer River catchment_South East Queensland_9040"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58747	"Palustrine wetland Bremer River catchment_South East Queensland_9040"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58748	"Palustrine wetland Bremer River catchment_South East Queensland_9040"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58749	"Palustrine wetland Bremer River catchment_South East Queensland_9040"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58750	"Palustrine wetland Bremer River catchment_South East Queensland_9040"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58751	"Palustrine wetland Bremer River catchment_South East Queensland_9040"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58752	"Riverine wetland Bremer River catchment_South East Queensland_9041"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58753	"Riverine wetland Bremer River catchment_South East Queensland_9041"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58754	"Riverine wetland Bremer River catchment_South East Queensland_9041"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58755	"Riverine wetland Bremer River catchment_South East Queensland_9041"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58756	"Riverine wetland Bremer River catchment_South East Queensland_9041"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58757	"Riverine wetland Bremer River catchment_South East Queensland_9041"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58758	"Riverine wetland Bremer River catchment_South East Queensland_9041"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58759	"Riverine wetland Bremer River catchment_South East Queensland_9041"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58760	"Riverine wetland Bremer River catchment_South East Queensland_9041"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58781	"Riverine wetland Bremer River catchment_South East Queensland_9046"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58782	"Riverine wetland Bremer River catchment_South East Queensland_9046"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58783	"Riverine wetland Bremer River catchment_South East Queensland_9046"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58784	"Riverine wetland Bremer River catchment_South East Queensland_9046"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58785	"Riverine wetland Bremer River catchment_South East Queensland_9046"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58786	"Riverine wetland Bremer River catchment_South East Queensland_9046"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58787	"Riverine wetland Bremer River catchment_South East Queensland_9046"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58788	"Riverine wetland Bremer River catchment_South East Queensland_9046"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58789	"Riverine wetland Bremer River catchment_South East Queensland_9046"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58790	"Riverine wetland Bremer River catchment_South East Queensland_9047"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58791	"Riverine wetland Bremer River catchment_South East Queensland_9047"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58792	"Riverine wetland Bremer River catchment_South East Queensland_9047"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58793	"Riverine wetland Bremer River catchment_South East Queensland_9047"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58794	"Riverine wetland Bremer River catchment_South East Queensland_9047"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58795	"Riverine wetland Bremer River catchment_South East Queensland_9047"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58796	"Riverine wetland Bremer River catchment_South East Queensland_9047"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58797	"Riverine wetland Bremer River catchment_South East Queensland_9047"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58798	"Riverine wetland Bremer River catchment_South East Queensland_9047"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58799	"Palustrine wetland Bremer River catchment_South East Queensland_9048"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58800	"Palustrine wetland Bremer River catchment_South East Queensland_9048"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58801	"Palustrine wetland Bremer River catchment_South East Queensland_9048"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58802	"Palustrine wetland Bremer River catchment_South East Queensland_9048"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58803	"Palustrine wetland Bremer River catchment_South East Queensland_9048"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58804	"Palustrine wetland Bremer River catchment_South East Queensland_9049"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58805	"Palustrine wetland Bremer River catchment_South East Queensland_9049"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58806	"Palustrine wetland Bremer River catchment_South East Queensland_9049"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58807	"Palustrine wetland Bremer River catchment_South East Queensland_9049"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58808	"Palustrine wetland Bremer River catchment_South East Queensland_9049"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58809	"Palustrine wetland Bremer River catchment_South East Queensland_9049"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58810	"Palustrine wetland Bremer River catchment_South East Queensland_9049"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58811	"Palustrine wetland Bremer River catchment_South East Queensland_9049"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58812	"Palustrine wetland Bremer River catchment_South East Queensland_9049"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58813	"Riverine wetland Bremer River catchment_South East Queensland_9050"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58814	"Riverine wetland Bremer River catchment_South East Queensland_9050"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58815	"Riverine wetland Bremer River catchment_South East Queensland_9050"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58816	"Riverine wetland Bremer River catchment_South East Queensland_9050"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58817	"Riverine wetland Bremer River catchment_South East Queensland_9050"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58818	"Riverine wetland Bremer River catchment_South East Queensland_9050"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58819	"Riverine wetland Bremer River catchment_South East Queensland_9050"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58820	"Riverine wetland Bremer River catchment_South East Queensland_9050"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58821	"Riverine wetland Bremer River catchment_South East Queensland_9050"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58822	"Riverine wetland Brisbane River catchment_South East Queensland_9051"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58823	"Riverine wetland Brisbane River catchment_South East Queensland_9051"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58824	"Riverine wetland Brisbane River catchment_South East Queensland_9051"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58825	"Riverine wetland Brisbane River catchment_South East Queensland_9051"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58826	"Riverine wetland Brisbane River catchment_South East Queensland_9051"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58827	"Riverine wetland Bremer River catchment_South East Queensland_9052"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58828	"Riverine wetland Bremer River catchment_South East Queensland_9052"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58829	"Riverine wetland Bremer River catchment_South East Queensland_9052"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58830	"Riverine wetland Bremer River catchment_South East Queensland_9052"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58831	"Riverine wetland Bremer River catchment_South East Queensland_9052"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58832	"Riverine wetland Bremer River catchment_South East Queensland_9052"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58833	"Riverine wetland Bremer River catchment_South East Queensland_9052"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58834	"Riverine wetland Bremer River catchment_South East Queensland_9052"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58835	"Riverine wetland Bremer River catchment_South East Queensland_9052"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58841	"Palustrine wetland Bremer River catchment_South East Queensland_9054"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58842	"Palustrine wetland Bremer River catchment_South East Queensland_9054"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58843	"Palustrine wetland Bremer River catchment_South East Queensland_9054"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58844	"Palustrine wetland Bremer River catchment_South East Queensland_9054"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58845	"Palustrine wetland Bremer River catchment_South East Queensland_9054"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58846	"Palustrine wetland Bremer River catchment_South East Queensland_9054"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58847	"Palustrine wetland Bremer River catchment_South East Queensland_9054"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58848	"Palustrine wetland Bremer River catchment_South East Queensland_9054"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58849	"Palustrine wetland Bremer River catchment_South East Queensland_9054"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58850	"Palustrine wetland Bremer River catchment_South East Queensland_9055"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58851	"Palustrine wetland Bremer River catchment_South East Queensland_9055"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58852	"Palustrine wetland Bremer River catchment_South East Queensland_9055"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58853	"Palustrine wetland Bremer River catchment_South East Queensland_9055"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58854	"Palustrine wetland Bremer River catchment_South East Queensland_9055"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58855	"Palustrine wetland Bremer River catchment_South East Queensland_9055"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58856	"Palustrine wetland Bremer River catchment_South East Queensland_9055"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58857	"Palustrine wetland Bremer River catchment_South East Queensland_9055"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58858	"Palustrine wetland Bremer River catchment_South East Queensland_9055"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58859	"Palustrine wetland Bremer River catchment_South East Queensland_9056"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58860	"Palustrine wetland Bremer River catchment_South East Queensland_9056"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58861	"Palustrine wetland Bremer River catchment_South East Queensland_9056"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58862	"Palustrine wetland Bremer River catchment_South East Queensland_9056"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58863	"Palustrine wetland Bremer River catchment_South East Queensland_9056"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58864	"Palustrine wetland Bremer River catchment_South East Queensland_9056"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58865	"Palustrine wetland Bremer River catchment_South East Queensland_9056"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58866	"Palustrine wetland Bremer River catchment_South East Queensland_9056"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58867	"Palustrine wetland Bremer River catchment_South East Queensland_9056"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58868	"Riverine wetland Bremer River catchment_South East Queensland_9057"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58869	"Riverine wetland Bremer River catchment_South East Queensland_9057"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58870	"Riverine wetland Bremer River catchment_South East Queensland_9057"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58871	"Riverine wetland Bremer River catchment_South East Queensland_9057"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58872	"Riverine wetland Bremer River catchment_South East Queensland_9057"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58873	"Riverine wetland Bremer River catchment_South East Queensland_9057"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58874	"Riverine wetland Bremer River catchment_South East Queensland_9057"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58875	"Riverine wetland Bremer River catchment_South East Queensland_9057"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58876	"Riverine wetland Bremer River catchment_South East Queensland_9057"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58877	"Riverine wetland Bremer River catchment_South East Queensland_9058"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58878	"Riverine wetland Bremer River catchment_South East Queensland_9058"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58879	"Riverine wetland Bremer River catchment_South East Queensland_9058"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58880	"Riverine wetland Bremer River catchment_South East Queensland_9058"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58881	"Riverine wetland Bremer River catchment_South East Queensland_9058"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58882	"Riverine wetland Bremer River catchment_South East Queensland_9058"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58883	"Riverine wetland Bremer River catchment_South East Queensland_9058"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58884	"Riverine wetland Bremer River catchment_South East Queensland_9058"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58885	"Riverine wetland Bremer River catchment_South East Queensland_9058"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58886	"Riverine wetland Bremer River catchment_South East Queensland_9059"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58887	"Riverine wetland Bremer River catchment_South East Queensland_9059"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58888	"Riverine wetland Bremer River catchment_South East Queensland_9059"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58889	"Riverine wetland Bremer River catchment_South East Queensland_9059"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58890	"Riverine wetland Bremer River catchment_South East Queensland_9059"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58891	"Riverine wetland Bremer River catchment_South East Queensland_9059"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58892	"Riverine wetland Bremer River catchment_South East Queensland_9059"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58893	"Riverine wetland Bremer River catchment_South East Queensland_9059"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58894	"Riverine wetland Bremer River catchment_South East Queensland_9059"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58895	"Riverine wetland Bremer River catchment_South East Queensland_9060"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58896	"Riverine wetland Bremer River catchment_South East Queensland_9060"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58897	"Riverine wetland Bremer River catchment_South East Queensland_9060"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58898	"Riverine wetland Bremer River catchment_South East Queensland_9060"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58899	"Riverine wetland Bremer River catchment_South East Queensland_9060"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58900	"Riverine wetland Bremer River catchment_South East Queensland_9060"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58901	"Riverine wetland Bremer River catchment_South East Queensland_9060"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58902	"Riverine wetland Bremer River catchment_South East Queensland_9060"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58903	"Riverine wetland Bremer River catchment_South East Queensland_9060"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58904	"Riverine wetland Bremer River catchment_South East Queensland_9061"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58905	"Riverine wetland Bremer River catchment_South East Queensland_9061"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58906	"Riverine wetland Bremer River catchment_South East Queensland_9061"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58907	"Riverine wetland Bremer River catchment_South East Queensland_9061"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58908	"Riverine wetland Bremer River catchment_South East Queensland_9061"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58909	"Riverine wetland Bremer River catchment_South East Queensland_9061"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58910	"Riverine wetland Bremer River catchment_South East Queensland_9061"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58911	"Riverine wetland Bremer River catchment_South East Queensland_9061"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58912	"Riverine wetland Bremer River catchment_South East Queensland_9061"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58913	"Riverine wetland Bremer River catchment_South East Queensland_9062"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58914	"Riverine wetland Bremer River catchment_South East Queensland_9062"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58915	"Riverine wetland Bremer River catchment_South East Queensland_9062"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58916	"Riverine wetland Bremer River catchment_South East Queensland_9062"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58917	"Riverine wetland Bremer River catchment_South East Queensland_9062"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58918	"Riverine wetland Bremer River catchment_South East Queensland_9062"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58919	"Riverine wetland Bremer River catchment_South East Queensland_9062"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58920	"Riverine wetland Bremer River catchment_South East Queensland_9062"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58921	"Riverine wetland Bremer River catchment_South East Queensland_9062"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58931	"Riverine wetland Bremer River catchment_South East Queensland_9064"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58932	"Riverine wetland Bremer River catchment_South East Queensland_9064"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58933	"Riverine wetland Bremer River catchment_South East Queensland_9064"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58934	"Riverine wetland Bremer River catchment_South East Queensland_9064"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58935	"Riverine wetland Bremer River catchment_South East Queensland_9064"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58936	"Riverine wetland Bremer River catchment_South East Queensland_9064"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58937	"Riverine wetland Bremer River catchment_South East Queensland_9064"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58938	"Riverine wetland Bremer River catchment_South East Queensland_9064"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58939	"Riverine wetland Bremer River catchment_South East Queensland_9064"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58940	"Riverine wetland Bremer River catchment_South East Queensland_9065"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58941	"Riverine wetland Bremer River catchment_South East Queensland_9065"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58942	"Riverine wetland Bremer River catchment_South East Queensland_9065"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58943	"Riverine wetland Bremer River catchment_South East Queensland_9065"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58944	"Riverine wetland Bremer River catchment_South East Queensland_9065"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58945	"Riverine wetland Bremer River catchment_South East Queensland_9065"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58946	"Riverine wetland Bremer River catchment_South East Queensland_9065"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58947	"Riverine wetland Bremer River catchment_South East Queensland_9065"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58948	"Riverine wetland Bremer River catchment_South East Queensland_9065"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58949	"Palustrine wetland Bremer River catchment_South East Queensland_9066"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58950	"Palustrine wetland Bremer River catchment_South East Queensland_9066"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58951	"Palustrine wetland Bremer River catchment_South East Queensland_9066"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58952	"Palustrine wetland Bremer River catchment_South East Queensland_9066"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58953	"Palustrine wetland Bremer River catchment_South East Queensland_9066"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58954	"Palustrine wetland Bremer River catchment_South East Queensland_9066"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58955	"Palustrine wetland Bremer River catchment_South East Queensland_9066"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58956	"Palustrine wetland Bremer River catchment_South East Queensland_9066"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58957	"Palustrine wetland Bremer River catchment_South East Queensland_9066"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58958	"Riverine wetland Bremer River catchment_South East Queensland_9067"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58959	"Riverine wetland Bremer River catchment_South East Queensland_9067"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58960	"Riverine wetland Bremer River catchment_South East Queensland_9067"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58961	"Riverine wetland Bremer River catchment_South East Queensland_9067"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58962	"Riverine wetland Bremer River catchment_South East Queensland_9067"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58963	"Riverine wetland Bremer River catchment_South East Queensland_9067"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58964	"Riverine wetland Bremer River catchment_South East Queensland_9067"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58965	"Riverine wetland Bremer River catchment_South East Queensland_9067"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58966	"Riverine wetland Bremer River catchment_South East Queensland_9067"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
58967	"Riverine wetland Bremer River catchment_South East Queensland_9068"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
58968	"Riverine wetland Bremer River catchment_South East Queensland_9068"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
58969	"Riverine wetland Bremer River catchment_South East Queensland_9068"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
58970	"Riverine wetland Bremer River catchment_South East Queensland_9068"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
58971	"Riverine wetland Bremer River catchment_South East Queensland_9068"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58972	"Riverine wetland Bremer River catchment_South East Queensland_9068"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
58973	"Riverine wetland Bremer River catchment_South East Queensland_9068"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
58974	"Riverine wetland Bremer River catchment_South East Queensland_9068"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
58975	"Riverine wetland Bremer River catchment_South East Queensland_9068"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59001	"Riverine wetland Bremer River catchment_South East Queensland_9074"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59002	"Riverine wetland Bremer River catchment_South East Queensland_9074"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59003	"Riverine wetland Bremer River catchment_South East Queensland_9074"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59004	"Riverine wetland Bremer River catchment_South East Queensland_9074"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59005	"Riverine wetland Bremer River catchment_South East Queensland_9074"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59006	"Riverine wetland Bremer River catchment_South East Queensland_9074"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59007	"Riverine wetland Bremer River catchment_South East Queensland_9074"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59008	"Riverine wetland Bremer River catchment_South East Queensland_9074"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59009	"Riverine wetland Bremer River catchment_South East Queensland_9074"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59010	"Riverine wetland Bremer River catchment_South East Queensland_9075"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59011	"Riverine wetland Bremer River catchment_South East Queensland_9075"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59012	"Riverine wetland Bremer River catchment_South East Queensland_9075"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59013	"Riverine wetland Bremer River catchment_South East Queensland_9075"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59014	"Riverine wetland Bremer River catchment_South East Queensland_9075"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59015	"Riverine wetland Bremer River catchment_South East Queensland_9075"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59016	"Riverine wetland Bremer River catchment_South East Queensland_9075"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59017	"Riverine wetland Bremer River catchment_South East Queensland_9075"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59018	"Riverine wetland Bremer River catchment_South East Queensland_9075"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59019	"Riverine wetland Bremer River catchment_South East Queensland_9076"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59020	"Riverine wetland Bremer River catchment_South East Queensland_9076"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59021	"Riverine wetland Bremer River catchment_South East Queensland_9076"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59022	"Riverine wetland Bremer River catchment_South East Queensland_9076"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59023	"Riverine wetland Bremer River catchment_South East Queensland_9076"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59024	"Riverine wetland Bremer River catchment_South East Queensland_9076"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59025	"Riverine wetland Bremer River catchment_South East Queensland_9076"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59026	"Riverine wetland Bremer River catchment_South East Queensland_9076"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59027	"Riverine wetland Bremer River catchment_South East Queensland_9076"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59028	"Riverine wetland Bremer River catchment_South East Queensland_9077"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59029	"Riverine wetland Bremer River catchment_South East Queensland_9077"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59030	"Riverine wetland Bremer River catchment_South East Queensland_9077"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59031	"Riverine wetland Bremer River catchment_South East Queensland_9077"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59032	"Riverine wetland Bremer River catchment_South East Queensland_9077"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59033	"Riverine wetland Bremer River catchment_South East Queensland_9077"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59034	"Riverine wetland Bremer River catchment_South East Queensland_9077"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59035	"Riverine wetland Bremer River catchment_South East Queensland_9077"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59036	"Riverine wetland Bremer River catchment_South East Queensland_9077"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59037	"Riverine wetland Bremer River catchment_South East Queensland_9078"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59038	"Riverine wetland Bremer River catchment_South East Queensland_9078"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59039	"Riverine wetland Bremer River catchment_South East Queensland_9078"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59040	"Riverine wetland Bremer River catchment_South East Queensland_9078"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59041	"Riverine wetland Bremer River catchment_South East Queensland_9078"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59042	"Riverine wetland Bremer River catchment_South East Queensland_9078"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59043	"Riverine wetland Bremer River catchment_South East Queensland_9078"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59044	"Riverine wetland Bremer River catchment_South East Queensland_9078"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59045	"Riverine wetland Bremer River catchment_South East Queensland_9078"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59105	"Palustrine wetland Logan River catchment_South East Queensland_9090"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59106	"Palustrine wetland Logan River catchment_South East Queensland_9090"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59107	"Palustrine wetland Logan River catchment_South East Queensland_9090"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59108	"Palustrine wetland Logan River catchment_South East Queensland_9090"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59109	"Palustrine wetland Logan River catchment_South East Queensland_9090"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59110	"Palustrine wetland Brisbane River catchment_South East Queensland_9091"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59111	"Palustrine wetland Brisbane River catchment_South East Queensland_9091"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59112	"Palustrine wetland Brisbane River catchment_South East Queensland_9091"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59113	"Palustrine wetland Brisbane River catchment_South East Queensland_9091"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59114	"Palustrine wetland Brisbane River catchment_South East Queensland_9091"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59138	"Palustrine wetland Brisbane River catchment_South East Queensland_9095"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59139	"Palustrine wetland Brisbane River catchment_South East Queensland_9095"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59140	"Palustrine wetland Brisbane River catchment_South East Queensland_9095"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59141	"Palustrine wetland Brisbane River catchment_South East Queensland_9095"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59142	"Palustrine wetland Brisbane River catchment_South East Queensland_9095"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59143	"Riverine wetland Bremer River catchment_South East Queensland_9096"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59144	"Riverine wetland Bremer River catchment_South East Queensland_9096"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59145	"Riverine wetland Bremer River catchment_South East Queensland_9096"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59146	"Riverine wetland Bremer River catchment_South East Queensland_9096"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59147	"Riverine wetland Bremer River catchment_South East Queensland_9096"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59148	"Riverine wetland Bremer River catchment_South East Queensland_9096"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59149	"Riverine wetland Bremer River catchment_South East Queensland_9096"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59150	"Riverine wetland Bremer River catchment_South East Queensland_9096"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59151	"Riverine wetland Bremer River catchment_South East Queensland_9096"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59167	"Palustrine wetland Bremer River catchment_South East Queensland_9100"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59168	"Palustrine wetland Bremer River catchment_South East Queensland_9100"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59169	"Palustrine wetland Bremer River catchment_South East Queensland_9100"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59170	"Palustrine wetland Bremer River catchment_South East Queensland_9100"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59171	"Palustrine wetland Bremer River catchment_South East Queensland_9100"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59172	"Palustrine wetland Bremer River catchment_South East Queensland_9100"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59173	"Palustrine wetland Bremer River catchment_South East Queensland_9100"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59174	"Palustrine wetland Bremer River catchment_South East Queensland_9100"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59175	"Palustrine wetland Bremer River catchment_South East Queensland_9101"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59176	"Palustrine wetland Bremer River catchment_South East Queensland_9101"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59177	"Palustrine wetland Bremer River catchment_South East Queensland_9101"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59178	"Palustrine wetland Bremer River catchment_South East Queensland_9101"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59179	"Palustrine wetland Bremer River catchment_South East Queensland_9101"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59180	"Palustrine wetland Bremer River catchment_South East Queensland_9101"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59181	"Palustrine wetland Bremer River catchment_South East Queensland_9101"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59182	"Palustrine wetland Bremer River catchment_South East Queensland_9101"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59183	"Riverine wetland Bremer River catchment_South East Queensland_9102"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59184	"Riverine wetland Bremer River catchment_South East Queensland_9102"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59185	"Riverine wetland Bremer River catchment_South East Queensland_9102"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59186	"Riverine wetland Bremer River catchment_South East Queensland_9102"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59187	"Riverine wetland Bremer River catchment_South East Queensland_9102"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59188	"Riverine wetland Bremer River catchment_South East Queensland_9102"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59189	"Riverine wetland Bremer River catchment_South East Queensland_9102"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59190	"Riverine wetland Bremer River catchment_South East Queensland_9102"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59191	"Riverine wetland Bremer River catchment_South East Queensland_9102"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59222	"Palustrine wetland Bremer River catchment_South East Queensland_9109"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59223	"Palustrine wetland Bremer River catchment_South East Queensland_9109"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59224	"Palustrine wetland Bremer River catchment_South East Queensland_9109"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59225	"Palustrine wetland Bremer River catchment_South East Queensland_9109"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59226	"Palustrine wetland Bremer River catchment_South East Queensland_9109"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59227	"Palustrine wetland Bremer River catchment_South East Queensland_9109"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59228	"Palustrine wetland Bremer River catchment_South East Queensland_9109"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59229	"Palustrine wetland Bremer River catchment_South East Queensland_9109"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59230	"Palustrine wetland Bremer River catchment_South East Queensland_9109"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59231	"Palustrine wetland Bremer River catchment_South East Queensland_9110"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59232	"Palustrine wetland Bremer River catchment_South East Queensland_9110"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59233	"Palustrine wetland Bremer River catchment_South East Queensland_9110"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59234	"Palustrine wetland Bremer River catchment_South East Queensland_9110"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59235	"Palustrine wetland Bremer River catchment_South East Queensland_9110"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59236	"Palustrine wetland Bremer River catchment_South East Queensland_9110"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59237	"Palustrine wetland Bremer River catchment_South East Queensland_9110"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59238	"Palustrine wetland Bremer River catchment_South East Queensland_9110"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59239	"Palustrine wetland Bremer River catchment_South East Queensland_9110"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59240	"Riverine wetland Bremer River catchment_South East Queensland_9111"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59241	"Riverine wetland Bremer River catchment_South East Queensland_9111"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59242	"Riverine wetland Bremer River catchment_South East Queensland_9111"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59243	"Riverine wetland Bremer River catchment_South East Queensland_9111"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59244	"Riverine wetland Bremer River catchment_South East Queensland_9111"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59245	"Riverine wetland Bremer River catchment_South East Queensland_9111"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59246	"Riverine wetland Bremer River catchment_South East Queensland_9111"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59247	"Riverine wetland Bremer River catchment_South East Queensland_9111"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59248	"Riverine wetland Bremer River catchment_South East Queensland_9111"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59259	"Palustrine wetland Brisbane River catchment_South East Queensland_9114"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59260	"Palustrine wetland Brisbane River catchment_South East Queensland_9114"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59261	"Palustrine wetland Brisbane River catchment_South East Queensland_9114"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59262	"Palustrine wetland Brisbane River catchment_South East Queensland_9114"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59263	"Palustrine wetland Brisbane River catchment_South East Queensland_9114"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59264	"Palustrine wetland Brisbane River catchment_South East Queensland_9115"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59265	"Palustrine wetland Brisbane River catchment_South East Queensland_9115"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59266	"Palustrine wetland Brisbane River catchment_South East Queensland_9115"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59267	"Palustrine wetland Brisbane River catchment_South East Queensland_9115"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59268	"Palustrine wetland Brisbane River catchment_South East Queensland_9115"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59279	"Riverine wetland Bremer River catchment_South East Queensland_9118"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59280	"Riverine wetland Bremer River catchment_South East Queensland_9118"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59281	"Riverine wetland Bremer River catchment_South East Queensland_9118"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59282	"Riverine wetland Bremer River catchment_South East Queensland_9118"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59283	"Riverine wetland Bremer River catchment_South East Queensland_9118"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59284	"Riverine wetland Bremer River catchment_South East Queensland_9118"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59285	"Riverine wetland Bremer River catchment_South East Queensland_9118"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59286	"Riverine wetland Bremer River catchment_South East Queensland_9118"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59287	"Riverine wetland Bremer River catchment_South East Queensland_9118"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59293	"Riverine wetland Bremer River catchment_South East Queensland_9120"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59294	"Riverine wetland Bremer River catchment_South East Queensland_9120"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59295	"Riverine wetland Bremer River catchment_South East Queensland_9120"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59296	"Riverine wetland Bremer River catchment_South East Queensland_9120"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59297	"Riverine wetland Bremer River catchment_South East Queensland_9120"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59298	"Riverine wetland Bremer River catchment_South East Queensland_9120"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59299	"Riverine wetland Bremer River catchment_South East Queensland_9120"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59300	"Riverine wetland Bremer River catchment_South East Queensland_9120"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59301	"Riverine wetland Bremer River catchment_South East Queensland_9120"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59311	"Riverine wetland Bremer River catchment_South East Queensland_9122"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59312	"Riverine wetland Bremer River catchment_South East Queensland_9122"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59313	"Riverine wetland Bremer River catchment_South East Queensland_9122"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59314	"Riverine wetland Bremer River catchment_South East Queensland_9122"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59315	"Riverine wetland Bremer River catchment_South East Queensland_9122"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59316	"Riverine wetland Bremer River catchment_South East Queensland_9122"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59317	"Riverine wetland Bremer River catchment_South East Queensland_9122"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59318	"Riverine wetland Bremer River catchment_South East Queensland_9122"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59319	"Riverine wetland Bremer River catchment_South East Queensland_9122"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59330	"Riverine wetland Bremer River catchment_South East Queensland_9125"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59331	"Riverine wetland Bremer River catchment_South East Queensland_9125"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59332	"Riverine wetland Bremer River catchment_South East Queensland_9125"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59333	"Riverine wetland Bremer River catchment_South East Queensland_9125"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59334	"Riverine wetland Bremer River catchment_South East Queensland_9125"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59335	"Riverine wetland Bremer River catchment_South East Queensland_9125"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59336	"Riverine wetland Bremer River catchment_South East Queensland_9125"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59337	"Riverine wetland Bremer River catchment_South East Queensland_9125"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59338	"Riverine wetland Bremer River catchment_South East Queensland_9125"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59339	"Riverine wetland Bremer River catchment_South East Queensland_9126"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59340	"Riverine wetland Bremer River catchment_South East Queensland_9126"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59341	"Riverine wetland Bremer River catchment_South East Queensland_9126"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59342	"Riverine wetland Bremer River catchment_South East Queensland_9126"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59343	"Riverine wetland Bremer River catchment_South East Queensland_9126"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59344	"Riverine wetland Bremer River catchment_South East Queensland_9126"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59345	"Riverine wetland Bremer River catchment_South East Queensland_9126"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59346	"Riverine wetland Bremer River catchment_South East Queensland_9126"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59347	"Riverine wetland Bremer River catchment_South East Queensland_9126"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59348	"Riverine wetland Bremer River catchment_South East Queensland_9127"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59349	"Riverine wetland Bremer River catchment_South East Queensland_9127"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59350	"Riverine wetland Bremer River catchment_South East Queensland_9127"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59351	"Riverine wetland Bremer River catchment_South East Queensland_9127"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59352	"Riverine wetland Bremer River catchment_South East Queensland_9127"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59353	"Riverine wetland Bremer River catchment_South East Queensland_9127"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59354	"Riverine wetland Bremer River catchment_South East Queensland_9127"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59355	"Riverine wetland Bremer River catchment_South East Queensland_9127"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59356	"Riverine wetland Bremer River catchment_South East Queensland_9127"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59357	"Palustrine wetland Logan River catchment_South East Queensland_9128"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59358	"Palustrine wetland Logan River catchment_South East Queensland_9128"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59359	"Palustrine wetland Logan River catchment_South East Queensland_9128"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59360	"Palustrine wetland Logan River catchment_South East Queensland_9128"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59361	"Palustrine wetland Logan River catchment_South East Queensland_9128"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59372	"Palustrine wetland Bremer River catchment_South East Queensland_9131"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59373	"Palustrine wetland Bremer River catchment_South East Queensland_9131"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59374	"Palustrine wetland Bremer River catchment_South East Queensland_9131"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59375	"Palustrine wetland Bremer River catchment_South East Queensland_9131"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59376	"Palustrine wetland Bremer River catchment_South East Queensland_9131"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59377	"Palustrine wetland Bremer River catchment_South East Queensland_9131"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59378	"Palustrine wetland Bremer River catchment_South East Queensland_9131"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59379	"Palustrine wetland Bremer River catchment_South East Queensland_9131"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59380	"Palustrine wetland Bremer River catchment_South East Queensland_9131"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59381	"Riverine wetland Bremer River catchment_South East Queensland_9132"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59382	"Riverine wetland Bremer River catchment_South East Queensland_9132"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59383	"Riverine wetland Bremer River catchment_South East Queensland_9132"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59384	"Riverine wetland Bremer River catchment_South East Queensland_9132"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59385	"Riverine wetland Bremer River catchment_South East Queensland_9132"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59386	"Riverine wetland Bremer River catchment_South East Queensland_9132"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59387	"Riverine wetland Bremer River catchment_South East Queensland_9132"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59388	"Riverine wetland Bremer River catchment_South East Queensland_9132"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59389	"Riverine wetland Bremer River catchment_South East Queensland_9132"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59405	"Palustrine wetland Bremer River catchment_South East Queensland_9136"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59406	"Palustrine wetland Bremer River catchment_South East Queensland_9136"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59407	"Palustrine wetland Bremer River catchment_South East Queensland_9136"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59408	"Palustrine wetland Bremer River catchment_South East Queensland_9136"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59409	"Palustrine wetland Bremer River catchment_South East Queensland_9136"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59410	"Palustrine wetland Bremer River catchment_South East Queensland_9136"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59411	"Palustrine wetland Bremer River catchment_South East Queensland_9136"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59412	"Palustrine wetland Bremer River catchment_South East Queensland_9136"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59418	"Riverine wetland Bremer River catchment_South East Queensland_9138"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59419	"Riverine wetland Bremer River catchment_South East Queensland_9138"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59420	"Riverine wetland Bremer River catchment_South East Queensland_9138"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59421	"Riverine wetland Bremer River catchment_South East Queensland_9138"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59422	"Riverine wetland Bremer River catchment_South East Queensland_9138"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59423	"Riverine wetland Bremer River catchment_South East Queensland_9138"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59424	"Riverine wetland Bremer River catchment_South East Queensland_9138"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59425	"Riverine wetland Bremer River catchment_South East Queensland_9138"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59426	"Riverine wetland Bremer River catchment_South East Queensland_9138"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59427	"Palustrine wetland Bremer River catchment_South East Queensland_9139"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59428	"Palustrine wetland Bremer River catchment_South East Queensland_9139"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59429	"Palustrine wetland Bremer River catchment_South East Queensland_9139"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59430	"Palustrine wetland Bremer River catchment_South East Queensland_9139"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59431	"Palustrine wetland Bremer River catchment_South East Queensland_9139"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59432	"Palustrine wetland Bremer River catchment_South East Queensland_9139"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59433	"Palustrine wetland Bremer River catchment_South East Queensland_9139"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59434	"Palustrine wetland Bremer River catchment_South East Queensland_9139"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59435	"Palustrine wetland Bremer River catchment_South East Queensland_9139"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59441	"Riverine wetland Bremer River catchment_South East Queensland_9141"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59442	"Riverine wetland Bremer River catchment_South East Queensland_9141"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59443	"Riverine wetland Bremer River catchment_South East Queensland_9141"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59444	"Riverine wetland Bremer River catchment_South East Queensland_9141"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59445	"Riverine wetland Bremer River catchment_South East Queensland_9141"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59446	"Riverine wetland Bremer River catchment_South East Queensland_9141"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59447	"Riverine wetland Bremer River catchment_South East Queensland_9141"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59448	"Riverine wetland Bremer River catchment_South East Queensland_9141"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59449	"Riverine wetland Bremer River catchment_South East Queensland_9141"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59520	"Riverine wetland Bremer River catchment_South East Queensland_9156"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59521	"Riverine wetland Bremer River catchment_South East Queensland_9156"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59522	"Riverine wetland Bremer River catchment_South East Queensland_9156"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59523	"Riverine wetland Bremer River catchment_South East Queensland_9156"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59524	"Riverine wetland Bremer River catchment_South East Queensland_9156"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59525	"Riverine wetland Bremer River catchment_South East Queensland_9156"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59526	"Riverine wetland Bremer River catchment_South East Queensland_9156"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59527	"Riverine wetland Bremer River catchment_South East Queensland_9156"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59528	"Riverine wetland Bremer River catchment_South East Queensland_9156"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59529	"Riverine wetland Bremer River catchment_South East Queensland_9157"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59530	"Riverine wetland Bremer River catchment_South East Queensland_9157"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59531	"Riverine wetland Bremer River catchment_South East Queensland_9157"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59532	"Riverine wetland Bremer River catchment_South East Queensland_9157"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59533	"Riverine wetland Bremer River catchment_South East Queensland_9157"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59534	"Riverine wetland Bremer River catchment_South East Queensland_9157"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59535	"Riverine wetland Bremer River catchment_South East Queensland_9157"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59536	"Riverine wetland Bremer River catchment_South East Queensland_9157"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59537	"Riverine wetland Bremer River catchment_South East Queensland_9157"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59538	"Riverine wetland Bremer River catchment_South East Queensland_9158"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59539	"Riverine wetland Bremer River catchment_South East Queensland_9158"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59540	"Riverine wetland Bremer River catchment_South East Queensland_9158"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59541	"Riverine wetland Bremer River catchment_South East Queensland_9158"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59542	"Riverine wetland Bremer River catchment_South East Queensland_9158"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59543	"Riverine wetland Bremer River catchment_South East Queensland_9158"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59544	"Riverine wetland Bremer River catchment_South East Queensland_9158"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59545	"Riverine wetland Bremer River catchment_South East Queensland_9158"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59546	"Riverine wetland Bremer River catchment_South East Queensland_9158"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59552	"Riverine wetland Bremer River catchment_South East Queensland_9160"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59553	"Riverine wetland Bremer River catchment_South East Queensland_9160"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59554	"Riverine wetland Bremer River catchment_South East Queensland_9160"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59555	"Riverine wetland Bremer River catchment_South East Queensland_9160"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59556	"Riverine wetland Bremer River catchment_South East Queensland_9160"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59557	"Riverine wetland Bremer River catchment_South East Queensland_9160"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59558	"Riverine wetland Bremer River catchment_South East Queensland_9160"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59559	"Riverine wetland Bremer River catchment_South East Queensland_9160"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59560	"Riverine wetland Bremer River catchment_South East Queensland_9160"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59580	"Riverine wetland Bremer River catchment_South East Queensland_9164"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59581	"Riverine wetland Bremer River catchment_South East Queensland_9164"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59582	"Riverine wetland Bremer River catchment_South East Queensland_9164"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59583	"Riverine wetland Bremer River catchment_South East Queensland_9164"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59584	"Riverine wetland Bremer River catchment_South East Queensland_9164"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59585	"Riverine wetland Bremer River catchment_South East Queensland_9164"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59586	"Riverine wetland Bremer River catchment_South East Queensland_9164"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59587	"Riverine wetland Bremer River catchment_South East Queensland_9164"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59588	"Riverine wetland Bremer River catchment_South East Queensland_9164"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59613	"Riverine wetland Bremer River catchment_South East Queensland_9169"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59614	"Riverine wetland Bremer River catchment_South East Queensland_9169"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59615	"Riverine wetland Bremer River catchment_South East Queensland_9169"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59616	"Riverine wetland Bremer River catchment_South East Queensland_9169"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59617	"Riverine wetland Bremer River catchment_South East Queensland_9169"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59618	"Riverine wetland Bremer River catchment_South East Queensland_9169"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59619	"Riverine wetland Bremer River catchment_South East Queensland_9169"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59620	"Riverine wetland Bremer River catchment_South East Queensland_9169"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59621	"Riverine wetland Bremer River catchment_South East Queensland_9169"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59622	"Riverine wetland Bremer River catchment_South East Queensland_9170"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59623	"Riverine wetland Bremer River catchment_South East Queensland_9170"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59624	"Riverine wetland Bremer River catchment_South East Queensland_9170"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59625	"Riverine wetland Bremer River catchment_South East Queensland_9170"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59626	"Riverine wetland Bremer River catchment_South East Queensland_9170"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59627	"Riverine wetland Bremer River catchment_South East Queensland_9170"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59628	"Riverine wetland Bremer River catchment_South East Queensland_9170"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59629	"Riverine wetland Bremer River catchment_South East Queensland_9170"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59630	"Riverine wetland Bremer River catchment_South East Queensland_9170"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59646	"Palustrine wetland Bremer River catchment_South East Queensland_9174"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59647	"Palustrine wetland Bremer River catchment_South East Queensland_9174"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59648	"Palustrine wetland Bremer River catchment_South East Queensland_9174"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59649	"Palustrine wetland Bremer River catchment_South East Queensland_9174"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59650	"Palustrine wetland Bremer River catchment_South East Queensland_9174"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59651	"Palustrine wetland Bremer River catchment_South East Queensland_9174"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59652	"Palustrine wetland Bremer River catchment_South East Queensland_9174"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59653	"Palustrine wetland Bremer River catchment_South East Queensland_9174"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59654	"Palustrine wetland Bremer River catchment_South East Queensland_9174"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59680	"Riverine wetland Bremer River catchment_South East Queensland_9180"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59681	"Riverine wetland Bremer River catchment_South East Queensland_9180"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59682	"Riverine wetland Bremer River catchment_South East Queensland_9180"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59683	"Riverine wetland Bremer River catchment_South East Queensland_9180"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59684	"Riverine wetland Bremer River catchment_South East Queensland_9180"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59685	"Riverine wetland Bremer River catchment_South East Queensland_9180"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59686	"Riverine wetland Bremer River catchment_South East Queensland_9180"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59687	"Riverine wetland Bremer River catchment_South East Queensland_9180"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59688	"Riverine wetland Bremer River catchment_South East Queensland_9180"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59729	"Riverine wetland Bremer River catchment_South East Queensland_9189"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59730	"Riverine wetland Bremer River catchment_South East Queensland_9189"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59731	"Riverine wetland Bremer River catchment_South East Queensland_9189"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59732	"Riverine wetland Bremer River catchment_South East Queensland_9189"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59733	"Riverine wetland Bremer River catchment_South East Queensland_9189"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59734	"Riverine wetland Bremer River catchment_South East Queensland_9189"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59735	"Riverine wetland Bremer River catchment_South East Queensland_9189"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59736	"Riverine wetland Bremer River catchment_South East Queensland_9189"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59737	"Riverine wetland Bremer River catchment_South East Queensland_9189"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59738	"Riverine wetland Bremer River catchment_South East Queensland_9190"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59739	"Riverine wetland Bremer River catchment_South East Queensland_9190"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59740	"Riverine wetland Bremer River catchment_South East Queensland_9190"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59741	"Riverine wetland Bremer River catchment_South East Queensland_9190"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59742	"Riverine wetland Bremer River catchment_South East Queensland_9190"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59743	"Riverine wetland Bremer River catchment_South East Queensland_9190"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59744	"Riverine wetland Bremer River catchment_South East Queensland_9190"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59745	"Riverine wetland Bremer River catchment_South East Queensland_9190"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59746	"Riverine wetland Bremer River catchment_South East Queensland_9190"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59752	"Riverine wetland Bremer River catchment_South East Queensland_9192"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59753	"Riverine wetland Bremer River catchment_South East Queensland_9192"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59754	"Riverine wetland Bremer River catchment_South East Queensland_9192"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59755	"Riverine wetland Bremer River catchment_South East Queensland_9192"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59756	"Riverine wetland Bremer River catchment_South East Queensland_9192"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59757	"Riverine wetland Bremer River catchment_South East Queensland_9192"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59758	"Riverine wetland Bremer River catchment_South East Queensland_9192"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59759	"Riverine wetland Bremer River catchment_South East Queensland_9192"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59760	"Riverine wetland Bremer River catchment_South East Queensland_9192"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59761	"Riverine wetland Bremer River catchment_South East Queensland_9193"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59762	"Riverine wetland Bremer River catchment_South East Queensland_9193"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59763	"Riverine wetland Bremer River catchment_South East Queensland_9193"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59764	"Riverine wetland Bremer River catchment_South East Queensland_9193"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59765	"Riverine wetland Bremer River catchment_South East Queensland_9193"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59776	"Riverine wetland Bremer River catchment_South East Queensland_9196"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59777	"Riverine wetland Bremer River catchment_South East Queensland_9196"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59778	"Riverine wetland Bremer River catchment_South East Queensland_9196"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59779	"Riverine wetland Bremer River catchment_South East Queensland_9196"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59780	"Riverine wetland Bremer River catchment_South East Queensland_9196"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59781	"Riverine wetland Bremer River catchment_South East Queensland_9196"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59782	"Riverine wetland Bremer River catchment_South East Queensland_9196"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59783	"Riverine wetland Bremer River catchment_South East Queensland_9196"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59784	"Riverine wetland Bremer River catchment_South East Queensland_9196"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59785	"Riverine wetland Bremer River catchment_South East Queensland_9197"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59786	"Riverine wetland Bremer River catchment_South East Queensland_9197"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59787	"Riverine wetland Bremer River catchment_South East Queensland_9197"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59788	"Riverine wetland Bremer River catchment_South East Queensland_9197"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59789	"Riverine wetland Bremer River catchment_South East Queensland_9197"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59790	"Riverine wetland Bremer River catchment_South East Queensland_9197"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59791	"Riverine wetland Bremer River catchment_South East Queensland_9197"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59792	"Riverine wetland Bremer River catchment_South East Queensland_9197"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59793	"Riverine wetland Bremer River catchment_South East Queensland_9197"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59814	"Riverine wetland Bremer River catchment_South East Queensland_9202"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59815	"Riverine wetland Bremer River catchment_South East Queensland_9202"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59816	"Riverine wetland Bremer River catchment_South East Queensland_9202"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59817	"Riverine wetland Bremer River catchment_South East Queensland_9202"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59818	"Riverine wetland Bremer River catchment_South East Queensland_9202"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59819	"Riverine wetland Bremer River catchment_South East Queensland_9202"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59820	"Riverine wetland Bremer River catchment_South East Queensland_9202"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59821	"Riverine wetland Bremer River catchment_South East Queensland_9202"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59822	"Riverine wetland Bremer River catchment_South East Queensland_9202"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59823	"Riverine wetland Bremer River catchment_South East Queensland_9203"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59824	"Riverine wetland Bremer River catchment_South East Queensland_9203"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59825	"Riverine wetland Bremer River catchment_South East Queensland_9203"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59826	"Riverine wetland Bremer River catchment_South East Queensland_9203"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59827	"Riverine wetland Bremer River catchment_South East Queensland_9203"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59828	"Riverine wetland Bremer River catchment_South East Queensland_9203"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59829	"Riverine wetland Bremer River catchment_South East Queensland_9203"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59830	"Riverine wetland Bremer River catchment_South East Queensland_9203"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59831	"Riverine wetland Bremer River catchment_South East Queensland_9203"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59852	"Riverine wetland Bremer River catchment_South East Queensland_9208"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59853	"Riverine wetland Bremer River catchment_South East Queensland_9208"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59854	"Riverine wetland Bremer River catchment_South East Queensland_9208"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59855	"Riverine wetland Bremer River catchment_South East Queensland_9208"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59856	"Riverine wetland Bremer River catchment_South East Queensland_9208"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59857	"Riverine wetland Bremer River catchment_South East Queensland_9208"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59858	"Riverine wetland Bremer River catchment_South East Queensland_9208"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59859	"Riverine wetland Bremer River catchment_South East Queensland_9208"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59860	"Riverine wetland Bremer River catchment_South East Queensland_9208"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59924	"Riverine wetland Bremer River catchment_South East Queensland_9220"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59925	"Riverine wetland Bremer River catchment_South East Queensland_9220"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59926	"Riverine wetland Bremer River catchment_South East Queensland_9220"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59927	"Riverine wetland Bremer River catchment_South East Queensland_9220"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59928	"Riverine wetland Bremer River catchment_South East Queensland_9220"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59929	"Riverine wetland Bremer River catchment_South East Queensland_9220"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59930	"Riverine wetland Bremer River catchment_South East Queensland_9220"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59931	"Riverine wetland Bremer River catchment_South East Queensland_9220"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59932	"Riverine wetland Bremer River catchment_South East Queensland_9220"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59943	"Riverine wetland Bremer River catchment_South East Queensland_9223"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59944	"Riverine wetland Bremer River catchment_South East Queensland_9223"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59945	"Riverine wetland Bremer River catchment_South East Queensland_9223"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59946	"Riverine wetland Bremer River catchment_South East Queensland_9223"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59947	"Riverine wetland Bremer River catchment_South East Queensland_9223"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59948	"Riverine wetland Bremer River catchment_South East Queensland_9223"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59949	"Riverine wetland Bremer River catchment_South East Queensland_9223"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59950	"Riverine wetland Bremer River catchment_South East Queensland_9223"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59951	"Riverine wetland Bremer River catchment_South East Queensland_9223"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59952	"Riverine wetland Bremer River catchment_South East Queensland_9224"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59953	"Riverine wetland Bremer River catchment_South East Queensland_9224"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59954	"Riverine wetland Bremer River catchment_South East Queensland_9224"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59955	"Riverine wetland Bremer River catchment_South East Queensland_9224"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59956	"Riverine wetland Bremer River catchment_South East Queensland_9224"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59957	"Riverine wetland Bremer River catchment_South East Queensland_9224"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59958	"Riverine wetland Bremer River catchment_South East Queensland_9224"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59959	"Riverine wetland Bremer River catchment_South East Queensland_9224"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59960	"Riverine wetland Bremer River catchment_South East Queensland_9224"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59961	"Riverine wetland Bremer River catchment_South East Queensland_9225"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
59962	"Riverine wetland Bremer River catchment_South East Queensland_9225"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
59963	"Riverine wetland Bremer River catchment_South East Queensland_9225"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
59964	"Riverine wetland Bremer River catchment_South East Queensland_9225"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
59965	"Riverine wetland Bremer River catchment_South East Queensland_9225"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59966	"Riverine wetland Bremer River catchment_South East Queensland_9225"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59967	"Riverine wetland Bremer River catchment_South East Queensland_9225"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59968	"Riverine wetland Bremer River catchment_South East Queensland_9225"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59969	"Riverine wetland Bremer River catchment_South East Queensland_9225"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
59970	"Palustrine wetland Brisbane River catchment_South East Queensland_9226"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59971	"Palustrine wetland Brisbane River catchment_South East Queensland_9226"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
59972	"Palustrine wetland Brisbane River catchment_South East Queensland_9226"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
59973	"Palustrine wetland Brisbane River catchment_South East Queensland_9226"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
59974	"Palustrine wetland Brisbane River catchment_South East Queensland_9226"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60020	"Palustrine wetland Logan River catchment_South East Queensland_9236"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60021	"Palustrine wetland Logan River catchment_South East Queensland_9236"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60022	"Palustrine wetland Logan River catchment_South East Queensland_9236"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60023	"Palustrine wetland Logan River catchment_South East Queensland_9236"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60024	"Palustrine wetland Logan River catchment_South East Queensland_9236"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60025	"Palustrine wetland Logan River catchment_South East Queensland_9237"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60026	"Palustrine wetland Logan River catchment_South East Queensland_9237"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60027	"Palustrine wetland Logan River catchment_South East Queensland_9237"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60028	"Palustrine wetland Logan River catchment_South East Queensland_9237"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60029	"Palustrine wetland Logan River catchment_South East Queensland_9237"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60030	"Palustrine wetland Logan River catchment_South East Queensland_9238"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60031	"Palustrine wetland Logan River catchment_South East Queensland_9238"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60032	"Palustrine wetland Logan River catchment_South East Queensland_9238"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60033	"Palustrine wetland Logan River catchment_South East Queensland_9238"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60034	"Palustrine wetland Logan River catchment_South East Queensland_9238"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60035	"Riverine wetland Bremer River catchment_South East Queensland_9239"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60036	"Riverine wetland Bremer River catchment_South East Queensland_9239"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60037	"Riverine wetland Bremer River catchment_South East Queensland_9239"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60038	"Riverine wetland Bremer River catchment_South East Queensland_9239"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60039	"Riverine wetland Bremer River catchment_South East Queensland_9239"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60040	"Riverine wetland Bremer River catchment_South East Queensland_9239"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60041	"Riverine wetland Bremer River catchment_South East Queensland_9239"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60042	"Riverine wetland Bremer River catchment_South East Queensland_9239"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60043	"Riverine wetland Bremer River catchment_South East Queensland_9239"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60044	"Riverine wetland Bremer River catchment_South East Queensland_9240"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60045	"Riverine wetland Bremer River catchment_South East Queensland_9240"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60046	"Riverine wetland Bremer River catchment_South East Queensland_9240"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60047	"Riverine wetland Bremer River catchment_South East Queensland_9240"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60048	"Riverine wetland Bremer River catchment_South East Queensland_9240"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60049	"Riverine wetland Bremer River catchment_South East Queensland_9240"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60050	"Riverine wetland Bremer River catchment_South East Queensland_9240"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60051	"Riverine wetland Bremer River catchment_South East Queensland_9240"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60052	"Riverine wetland Bremer River catchment_South East Queensland_9240"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60053	"Riverine wetland Bremer River catchment_South East Queensland_9241"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60054	"Riverine wetland Bremer River catchment_South East Queensland_9241"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60055	"Riverine wetland Bremer River catchment_South East Queensland_9241"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60056	"Riverine wetland Bremer River catchment_South East Queensland_9241"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60057	"Riverine wetland Bremer River catchment_South East Queensland_9241"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60058	"Riverine wetland Bremer River catchment_South East Queensland_9241"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60059	"Riverine wetland Bremer River catchment_South East Queensland_9241"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60060	"Riverine wetland Bremer River catchment_South East Queensland_9241"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60061	"Riverine wetland Bremer River catchment_South East Queensland_9241"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60072	"Palustrine wetland Logan River catchment_South East Queensland_9244"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60073	"Palustrine wetland Logan River catchment_South East Queensland_9244"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60074	"Palustrine wetland Logan River catchment_South East Queensland_9244"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60075	"Palustrine wetland Logan River catchment_South East Queensland_9244"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60076	"Palustrine wetland Logan River catchment_South East Queensland_9244"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60082	"Palustrine wetland Brisbane River catchment_South East Queensland_9246"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60083	"Palustrine wetland Brisbane River catchment_South East Queensland_9246"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60084	"Palustrine wetland Brisbane River catchment_South East Queensland_9246"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60085	"Palustrine wetland Brisbane River catchment_South East Queensland_9246"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60086	"Palustrine wetland Brisbane River catchment_South East Queensland_9246"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60087	"Riverine wetland Bremer River catchment_South East Queensland_9247"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60088	"Riverine wetland Bremer River catchment_South East Queensland_9247"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60089	"Riverine wetland Bremer River catchment_South East Queensland_9247"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60090	"Riverine wetland Bremer River catchment_South East Queensland_9247"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60091	"Riverine wetland Bremer River catchment_South East Queensland_9247"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60092	"Riverine wetland Bremer River catchment_South East Queensland_9247"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60093	"Riverine wetland Bremer River catchment_South East Queensland_9247"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60094	"Riverine wetland Bremer River catchment_South East Queensland_9247"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60095	"Riverine wetland Bremer River catchment_South East Queensland_9247"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60106	"Palustrine wetland Bremer River catchment_South East Queensland_9250"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60107	"Palustrine wetland Bremer River catchment_South East Queensland_9250"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60108	"Palustrine wetland Bremer River catchment_South East Queensland_9250"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60109	"Palustrine wetland Bremer River catchment_South East Queensland_9250"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60110	"Palustrine wetland Bremer River catchment_South East Queensland_9250"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60111	"Palustrine wetland Bremer River catchment_South East Queensland_9250"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60112	"Palustrine wetland Bremer River catchment_South East Queensland_9250"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60113	"Palustrine wetland Bremer River catchment_South East Queensland_9250"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60114	"Palustrine wetland Bremer River catchment_South East Queensland_9251"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60115	"Palustrine wetland Bremer River catchment_South East Queensland_9251"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60116	"Palustrine wetland Bremer River catchment_South East Queensland_9251"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60117	"Palustrine wetland Bremer River catchment_South East Queensland_9251"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60118	"Palustrine wetland Bremer River catchment_South East Queensland_9251"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60119	"Palustrine wetland Bremer River catchment_South East Queensland_9251"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60120	"Palustrine wetland Bremer River catchment_South East Queensland_9251"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60121	"Palustrine wetland Bremer River catchment_South East Queensland_9251"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60127	"Palustrine wetland Brisbane River catchment_South East Queensland_9253"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60128	"Palustrine wetland Brisbane River catchment_South East Queensland_9253"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60129	"Palustrine wetland Brisbane River catchment_South East Queensland_9253"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60130	"Palustrine wetland Brisbane River catchment_South East Queensland_9253"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60131	"Palustrine wetland Brisbane River catchment_South East Queensland_9253"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60189	"Riverine wetland Bremer River catchment_South East Queensland_9263"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60190	"Riverine wetland Bremer River catchment_South East Queensland_9263"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60191	"Riverine wetland Bremer River catchment_South East Queensland_9263"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60192	"Riverine wetland Bremer River catchment_South East Queensland_9263"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60193	"Riverine wetland Bremer River catchment_South East Queensland_9263"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60194	"Riverine wetland Bremer River catchment_South East Queensland_9263"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60195	"Riverine wetland Bremer River catchment_South East Queensland_9263"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60196	"Riverine wetland Bremer River catchment_South East Queensland_9263"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60197	"Riverine wetland Bremer River catchment_South East Queensland_9263"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60243	"Riverine wetland Bremer River catchment_South East Queensland_9273"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60244	"Riverine wetland Bremer River catchment_South East Queensland_9273"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60245	"Riverine wetland Bremer River catchment_South East Queensland_9273"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60246	"Riverine wetland Bremer River catchment_South East Queensland_9273"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60247	"Riverine wetland Bremer River catchment_South East Queensland_9273"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60248	"Riverine wetland Bremer River catchment_South East Queensland_9273"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60249	"Riverine wetland Bremer River catchment_South East Queensland_9273"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60250	"Riverine wetland Bremer River catchment_South East Queensland_9273"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60251	"Riverine wetland Bremer River catchment_South East Queensland_9273"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60252	"Riverine wetland Bremer River catchment_South East Queensland_9274"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60253	"Riverine wetland Bremer River catchment_South East Queensland_9274"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60254	"Riverine wetland Bremer River catchment_South East Queensland_9274"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60255	"Riverine wetland Bremer River catchment_South East Queensland_9274"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60256	"Riverine wetland Bremer River catchment_South East Queensland_9274"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60257	"Riverine wetland Bremer River catchment_South East Queensland_9274"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60258	"Riverine wetland Bremer River catchment_South East Queensland_9274"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60259	"Riverine wetland Bremer River catchment_South East Queensland_9274"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60260	"Riverine wetland Bremer River catchment_South East Queensland_9274"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60261	"Palustrine wetland Logan River catchment_South East Queensland_9275"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60262	"Palustrine wetland Logan River catchment_South East Queensland_9275"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60263	"Palustrine wetland Logan River catchment_South East Queensland_9275"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60264	"Palustrine wetland Logan River catchment_South East Queensland_9275"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60265	"Palustrine wetland Logan River catchment_South East Queensland_9275"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60271	"Palustrine wetland Bremer River catchment_South East Queensland_9277"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60272	"Palustrine wetland Bremer River catchment_South East Queensland_9277"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60273	"Palustrine wetland Bremer River catchment_South East Queensland_9277"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60274	"Palustrine wetland Bremer River catchment_South East Queensland_9277"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60275	"Palustrine wetland Bremer River catchment_South East Queensland_9277"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60276	"Palustrine wetland Bremer River catchment_South East Queensland_9277"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60277	"Palustrine wetland Bremer River catchment_South East Queensland_9277"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60278	"Palustrine wetland Bremer River catchment_South East Queensland_9277"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60279	"Palustrine wetland Bremer River catchment_South East Queensland_9277"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60280	"Palustrine wetland Bremer River catchment_South East Queensland_9278"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60281	"Palustrine wetland Bremer River catchment_South East Queensland_9278"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60282	"Palustrine wetland Bremer River catchment_South East Queensland_9278"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60283	"Palustrine wetland Bremer River catchment_South East Queensland_9278"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60284	"Palustrine wetland Bremer River catchment_South East Queensland_9278"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60285	"Palustrine wetland Bremer River catchment_South East Queensland_9278"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60286	"Palustrine wetland Bremer River catchment_South East Queensland_9278"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60287	"Palustrine wetland Bremer River catchment_South East Queensland_9278"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60288	"Palustrine wetland Bremer River catchment_South East Queensland_9278"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60319	"Riverine wetland Bremer River catchment_South East Queensland_9285"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60320	"Riverine wetland Bremer River catchment_South East Queensland_9285"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60321	"Riverine wetland Bremer River catchment_South East Queensland_9285"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60322	"Riverine wetland Bremer River catchment_South East Queensland_9285"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60323	"Riverine wetland Bremer River catchment_South East Queensland_9285"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60324	"Riverine wetland Bremer River catchment_South East Queensland_9285"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60325	"Riverine wetland Bremer River catchment_South East Queensland_9285"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60326	"Riverine wetland Bremer River catchment_South East Queensland_9285"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60327	"Riverine wetland Bremer River catchment_South East Queensland_9285"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60352	"Riverine wetland Bremer River catchment_South East Queensland_9290"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60353	"Riverine wetland Bremer River catchment_South East Queensland_9290"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60354	"Riverine wetland Bremer River catchment_South East Queensland_9290"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60355	"Riverine wetland Bremer River catchment_South East Queensland_9290"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60356	"Riverine wetland Bremer River catchment_South East Queensland_9290"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60362	"Palustrine wetland Brisbane River catchment_South East Queensland_9292"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60363	"Palustrine wetland Brisbane River catchment_South East Queensland_9292"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60364	"Palustrine wetland Brisbane River catchment_South East Queensland_9292"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60365	"Palustrine wetland Brisbane River catchment_South East Queensland_9292"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60366	"Palustrine wetland Brisbane River catchment_South East Queensland_9292"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60391	"Palustrine wetland Logan River catchment_South East Queensland_9297"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60392	"Palustrine wetland Logan River catchment_South East Queensland_9297"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60393	"Palustrine wetland Logan River catchment_South East Queensland_9297"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60394	"Palustrine wetland Logan River catchment_South East Queensland_9297"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60395	"Palustrine wetland Logan River catchment_South East Queensland_9297"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60452	"Riverine wetland Bremer River catchment_South East Queensland_9306"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60453	"Riverine wetland Bremer River catchment_South East Queensland_9306"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60454	"Riverine wetland Bremer River catchment_South East Queensland_9306"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60455	"Riverine wetland Bremer River catchment_South East Queensland_9306"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60456	"Riverine wetland Bremer River catchment_South East Queensland_9306"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60477	"Riverine wetland Bremer River catchment_South East Queensland_9311"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60478	"Riverine wetland Bremer River catchment_South East Queensland_9311"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60479	"Riverine wetland Bremer River catchment_South East Queensland_9311"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60480	"Riverine wetland Bremer River catchment_South East Queensland_9311"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60481	"Riverine wetland Bremer River catchment_South East Queensland_9311"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60482	"Riverine wetland Bremer River catchment_South East Queensland_9311"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60483	"Riverine wetland Bremer River catchment_South East Queensland_9311"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60484	"Riverine wetland Bremer River catchment_South East Queensland_9311"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60485	"Riverine wetland Bremer River catchment_South East Queensland_9311"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60491	"Riverine wetland Bremer River catchment_South East Queensland_9313"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60492	"Riverine wetland Bremer River catchment_South East Queensland_9313"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60493	"Riverine wetland Bremer River catchment_South East Queensland_9313"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60494	"Riverine wetland Bremer River catchment_South East Queensland_9313"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60495	"Riverine wetland Bremer River catchment_South East Queensland_9313"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60496	"Riverine wetland Bremer River catchment_South East Queensland_9314"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60497	"Riverine wetland Bremer River catchment_South East Queensland_9314"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60498	"Riverine wetland Bremer River catchment_South East Queensland_9314"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60499	"Riverine wetland Bremer River catchment_South East Queensland_9314"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60500	"Riverine wetland Bremer River catchment_South East Queensland_9314"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60501	"Riverine wetland Bremer River catchment_South East Queensland_9314"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60502	"Riverine wetland Bremer River catchment_South East Queensland_9314"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60503	"Riverine wetland Bremer River catchment_South East Queensland_9314"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60504	"Riverine wetland Bremer River catchment_South East Queensland_9314"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60560	"Palustrine wetland Bremer River catchment_South East Queensland_9326"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60561	"Palustrine wetland Bremer River catchment_South East Queensland_9326"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60562	"Palustrine wetland Bremer River catchment_South East Queensland_9326"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60563	"Palustrine wetland Bremer River catchment_South East Queensland_9326"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60564	"Palustrine wetland Bremer River catchment_South East Queensland_9326"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60565	"Palustrine wetland Bremer River catchment_South East Queensland_9326"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60566	"Palustrine wetland Bremer River catchment_South East Queensland_9326"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60567	"Palustrine wetland Bremer River catchment_South East Queensland_9326"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60568	"Palustrine wetland Bremer River catchment_South East Queensland_9326"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60569	"Palustrine wetland Bremer River catchment_South East Queensland_9327"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60570	"Palustrine wetland Bremer River catchment_South East Queensland_9327"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60571	"Palustrine wetland Bremer River catchment_South East Queensland_9327"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60572	"Palustrine wetland Bremer River catchment_South East Queensland_9327"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60573	"Palustrine wetland Bremer River catchment_South East Queensland_9327"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60574	"Palustrine wetland Bremer River catchment_South East Queensland_9327"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60575	"Palustrine wetland Bremer River catchment_South East Queensland_9327"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60576	"Palustrine wetland Bremer River catchment_South East Queensland_9327"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60577	"Palustrine wetland Bremer River catchment_South East Queensland_9327"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60578	"Palustrine wetland Bremer River catchment_South East Queensland_9328"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60579	"Palustrine wetland Bremer River catchment_South East Queensland_9328"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60580	"Palustrine wetland Bremer River catchment_South East Queensland_9328"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60581	"Palustrine wetland Bremer River catchment_South East Queensland_9328"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60582	"Palustrine wetland Bremer River catchment_South East Queensland_9328"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60583	"Palustrine wetland Bremer River catchment_South East Queensland_9328"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60584	"Palustrine wetland Bremer River catchment_South East Queensland_9328"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60585	"Palustrine wetland Bremer River catchment_South East Queensland_9328"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60586	"Palustrine wetland Bremer River catchment_South East Queensland_9328"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60587	"Palustrine wetland Bremer River catchment_South East Queensland_9329"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60588	"Palustrine wetland Bremer River catchment_South East Queensland_9329"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60589	"Palustrine wetland Bremer River catchment_South East Queensland_9329"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60590	"Palustrine wetland Bremer River catchment_South East Queensland_9329"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60591	"Palustrine wetland Bremer River catchment_South East Queensland_9329"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60592	"Palustrine wetland Bremer River catchment_South East Queensland_9329"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60593	"Palustrine wetland Bremer River catchment_South East Queensland_9329"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60594	"Palustrine wetland Bremer River catchment_South East Queensland_9329"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60595	"Palustrine wetland Bremer River catchment_South East Queensland_9329"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60596	"Palustrine wetland Bremer River catchment_South East Queensland_9330"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60597	"Palustrine wetland Bremer River catchment_South East Queensland_9330"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60598	"Palustrine wetland Bremer River catchment_South East Queensland_9330"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60599	"Palustrine wetland Bremer River catchment_South East Queensland_9330"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60600	"Palustrine wetland Bremer River catchment_South East Queensland_9330"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60601	"Palustrine wetland Bremer River catchment_South East Queensland_9330"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60602	"Palustrine wetland Bremer River catchment_South East Queensland_9330"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60603	"Palustrine wetland Bremer River catchment_South East Queensland_9330"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60604	"Palustrine wetland Bremer River catchment_South East Queensland_9330"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60640	"Riverine wetland Bremer River catchment_South East Queensland_9338"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60641	"Riverine wetland Bremer River catchment_South East Queensland_9338"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60642	"Riverine wetland Bremer River catchment_South East Queensland_9338"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60643	"Riverine wetland Bremer River catchment_South East Queensland_9338"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60644	"Riverine wetland Bremer River catchment_South East Queensland_9338"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60660	"Riverine wetland Bremer River catchment_South East Queensland_9342"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60661	"Riverine wetland Bremer River catchment_South East Queensland_9342"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60662	"Riverine wetland Bremer River catchment_South East Queensland_9342"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60663	"Riverine wetland Bremer River catchment_South East Queensland_9342"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60664	"Riverine wetland Bremer River catchment_South East Queensland_9342"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60665	"Riverine wetland Bremer River catchment_South East Queensland_9342"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60666	"Riverine wetland Bremer River catchment_South East Queensland_9342"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60667	"Riverine wetland Bremer River catchment_South East Queensland_9342"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60668	"Riverine wetland Bremer River catchment_South East Queensland_9342"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60669	"Palustrine wetland Logan River catchment_South East Queensland_9343"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60670	"Palustrine wetland Logan River catchment_South East Queensland_9343"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60671	"Palustrine wetland Logan River catchment_South East Queensland_9343"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60672	"Palustrine wetland Logan River catchment_South East Queensland_9343"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60673	"Palustrine wetland Logan River catchment_South East Queensland_9343"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60674	"Palustrine wetland Logan River catchment_South East Queensland_9344"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60675	"Palustrine wetland Logan River catchment_South East Queensland_9344"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60676	"Palustrine wetland Logan River catchment_South East Queensland_9344"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60677	"Palustrine wetland Logan River catchment_South East Queensland_9344"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60678	"Palustrine wetland Logan River catchment_South East Queensland_9344"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60679	"Riverine wetland Bremer River catchment_South East Queensland_9345"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60680	"Riverine wetland Bremer River catchment_South East Queensland_9345"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60681	"Riverine wetland Bremer River catchment_South East Queensland_9345"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60682	"Riverine wetland Bremer River catchment_South East Queensland_9345"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60683	"Riverine wetland Bremer River catchment_South East Queensland_9345"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60684	"Riverine wetland Bremer River catchment_South East Queensland_9346"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60685	"Riverine wetland Bremer River catchment_South East Queensland_9346"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60686	"Riverine wetland Bremer River catchment_South East Queensland_9346"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60687	"Riverine wetland Bremer River catchment_South East Queensland_9346"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60688	"Riverine wetland Bremer River catchment_South East Queensland_9346"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60689	"Riverine wetland Bremer River catchment_South East Queensland_9346"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60690	"Riverine wetland Bremer River catchment_South East Queensland_9346"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60691	"Riverine wetland Bremer River catchment_South East Queensland_9346"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60692	"Riverine wetland Bremer River catchment_South East Queensland_9346"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60713	"Palustrine wetland Bremer River catchment_South East Queensland_9351"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60714	"Palustrine wetland Bremer River catchment_South East Queensland_9351"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60715	"Palustrine wetland Bremer River catchment_South East Queensland_9351"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60716	"Palustrine wetland Bremer River catchment_South East Queensland_9351"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60717	"Palustrine wetland Bremer River catchment_South East Queensland_9351"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60718	"Palustrine wetland Bremer River catchment_South East Queensland_9351"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60719	"Palustrine wetland Bremer River catchment_South East Queensland_9351"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60720	"Palustrine wetland Bremer River catchment_South East Queensland_9351"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60721	"Palustrine wetland Bremer River catchment_South East Queensland_9351"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60749	"Riverine wetland Bremer River catchment_South East Queensland_9355"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60750	"Riverine wetland Bremer River catchment_South East Queensland_9355"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60751	"Riverine wetland Bremer River catchment_South East Queensland_9355"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60752	"Riverine wetland Bremer River catchment_South East Queensland_9355"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60753	"Riverine wetland Bremer River catchment_South East Queensland_9355"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60754	"Riverine wetland Bremer River catchment_South East Queensland_9355"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60755	"Riverine wetland Bremer River catchment_South East Queensland_9355"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60756	"Riverine wetland Bremer River catchment_South East Queensland_9355"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60757	"Riverine wetland Bremer River catchment_South East Queensland_9355"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60758	"Riverine wetland Bremer River catchment_South East Queensland_9356"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60759	"Riverine wetland Bremer River catchment_South East Queensland_9356"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60760	"Riverine wetland Bremer River catchment_South East Queensland_9356"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60761	"Riverine wetland Bremer River catchment_South East Queensland_9356"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60762	"Riverine wetland Bremer River catchment_South East Queensland_9356"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60763	"Riverine wetland Bremer River catchment_South East Queensland_9356"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60764	"Riverine wetland Bremer River catchment_South East Queensland_9356"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60765	"Riverine wetland Bremer River catchment_South East Queensland_9356"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60766	"Riverine wetland Bremer River catchment_South East Queensland_9356"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60767	"Palustrine wetland Logan River catchment_South East Queensland_9357"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60768	"Palustrine wetland Logan River catchment_South East Queensland_9357"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60769	"Palustrine wetland Logan River catchment_South East Queensland_9357"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60770	"Palustrine wetland Logan River catchment_South East Queensland_9357"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60771	"Palustrine wetland Logan River catchment_South East Queensland_9357"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60777	"Palustrine wetland Logan River catchment_South East Queensland_9359"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60778	"Palustrine wetland Logan River catchment_South East Queensland_9359"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60779	"Palustrine wetland Logan River catchment_South East Queensland_9359"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60780	"Palustrine wetland Logan River catchment_South East Queensland_9359"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60781	"Palustrine wetland Logan River catchment_South East Queensland_9359"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60782	"Palustrine wetland Logan River catchment_South East Queensland_9360"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60783	"Palustrine wetland Logan River catchment_South East Queensland_9360"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60784	"Palustrine wetland Logan River catchment_South East Queensland_9360"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60785	"Palustrine wetland Logan River catchment_South East Queensland_9360"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60786	"Palustrine wetland Logan River catchment_South East Queensland_9360"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60787	"Riverine wetland Bremer River catchment_South East Queensland_9361"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60788	"Riverine wetland Bremer River catchment_South East Queensland_9361"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60789	"Riverine wetland Bremer River catchment_South East Queensland_9361"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60790	"Riverine wetland Bremer River catchment_South East Queensland_9361"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60791	"Riverine wetland Bremer River catchment_South East Queensland_9361"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60792	"Riverine wetland Bremer River catchment_South East Queensland_9361"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60793	"Riverine wetland Bremer River catchment_South East Queensland_9361"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60794	"Riverine wetland Bremer River catchment_South East Queensland_9361"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60795	"Riverine wetland Bremer River catchment_South East Queensland_9361"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60810	"Riverine wetland Bremer River catchment_South East Queensland_9364"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60811	"Riverine wetland Bremer River catchment_South East Queensland_9364"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60812	"Riverine wetland Bremer River catchment_South East Queensland_9364"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60813	"Riverine wetland Bremer River catchment_South East Queensland_9364"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60814	"Riverine wetland Bremer River catchment_South East Queensland_9364"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60815	"Riverine wetland Bremer River catchment_South East Queensland_9364"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60816	"Riverine wetland Bremer River catchment_South East Queensland_9364"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60817	"Riverine wetland Bremer River catchment_South East Queensland_9364"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60818	"Riverine wetland Bremer River catchment_South East Queensland_9364"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60824	"Palustrine wetland Bremer River catchment_South East Queensland_9366"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60825	"Palustrine wetland Bremer River catchment_South East Queensland_9366"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60826	"Palustrine wetland Bremer River catchment_South East Queensland_9366"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60827	"Palustrine wetland Bremer River catchment_South East Queensland_9366"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60828	"Palustrine wetland Bremer River catchment_South East Queensland_9366"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60829	"Palustrine wetland Bremer River catchment_South East Queensland_9366"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60830	"Palustrine wetland Bremer River catchment_South East Queensland_9366"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60831	"Palustrine wetland Bremer River catchment_South East Queensland_9366"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60832	"Palustrine wetland Bremer River catchment_South East Queensland_9366"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60911	"Riverine wetland Bremer River catchment_South East Queensland_9377"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60912	"Riverine wetland Bremer River catchment_South East Queensland_9377"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60913	"Riverine wetland Bremer River catchment_South East Queensland_9377"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60914	"Riverine wetland Bremer River catchment_South East Queensland_9377"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60915	"Riverine wetland Bremer River catchment_South East Queensland_9377"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60916	"Riverine wetland Bremer River catchment_South East Queensland_9377"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60917	"Riverine wetland Bremer River catchment_South East Queensland_9377"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60918	"Riverine wetland Bremer River catchment_South East Queensland_9377"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60919	"Riverine wetland Bremer River catchment_South East Queensland_9377"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60920	"Riverine wetland Bremer River catchment_South East Queensland_9377"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60921	"Riverine wetland Bremer River catchment_South East Queensland_9377"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60922	"Riverine wetland Bremer River catchment_South East Queensland_9377"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60923	"Riverine wetland Bremer River catchment_South East Queensland_9377"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60924	"Riverine wetland Bremer River catchment_South East Queensland_9378"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60925	"Riverine wetland Bremer River catchment_South East Queensland_9378"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60926	"Riverine wetland Bremer River catchment_South East Queensland_9378"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60927	"Riverine wetland Bremer River catchment_South East Queensland_9378"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60928	"Riverine wetland Bremer River catchment_South East Queensland_9378"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60929	"Riverine wetland Bremer River catchment_South East Queensland_9378"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60930	"Riverine wetland Bremer River catchment_South East Queensland_9378"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60931	"Riverine wetland Bremer River catchment_South East Queensland_9378"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60932	"Riverine wetland Bremer River catchment_South East Queensland_9378"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60933	"Riverine wetland Bremer River catchment_South East Queensland_9378"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60934	"Riverine wetland Bremer River catchment_South East Queensland_9378"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60935	"Riverine wetland Bremer River catchment_South East Queensland_9378"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60936	"Riverine wetland Bremer River catchment_South East Queensland_9378"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60937	"Riverine wetland Bremer River catchment_South East Queensland_9379"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60938	"Riverine wetland Bremer River catchment_South East Queensland_9379"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60939	"Riverine wetland Bremer River catchment_South East Queensland_9379"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60940	"Riverine wetland Bremer River catchment_South East Queensland_9379"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60941	"Riverine wetland Bremer River catchment_South East Queensland_9379"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60942	"Riverine wetland Bremer River catchment_South East Queensland_9379"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60943	"Riverine wetland Bremer River catchment_South East Queensland_9379"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60944	"Riverine wetland Bremer River catchment_South East Queensland_9379"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60945	"Riverine wetland Bremer River catchment_South East Queensland_9379"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60946	"Riverine wetland Bremer River catchment_South East Queensland_9379"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60947	"Riverine wetland Bremer River catchment_South East Queensland_9379"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60948	"Riverine wetland Bremer River catchment_South East Queensland_9379"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60949	"Riverine wetland Bremer River catchment_South East Queensland_9379"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60950	"Riverine wetland Bremer River catchment_South East Queensland_9380"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60951	"Riverine wetland Bremer River catchment_South East Queensland_9380"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60952	"Riverine wetland Bremer River catchment_South East Queensland_9380"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60953	"Riverine wetland Bremer River catchment_South East Queensland_9380"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60954	"Riverine wetland Bremer River catchment_South East Queensland_9380"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60955	"Riverine wetland Bremer River catchment_South East Queensland_9380"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60956	"Riverine wetland Bremer River catchment_South East Queensland_9380"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60957	"Riverine wetland Bremer River catchment_South East Queensland_9380"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60958	"Riverine wetland Bremer River catchment_South East Queensland_9380"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60959	"Riverine wetland Bremer River catchment_South East Queensland_9381"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60960	"Riverine wetland Bremer River catchment_South East Queensland_9381"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
60961	"Riverine wetland Bremer River catchment_South East Queensland_9381"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
60962	"Riverine wetland Bremer River catchment_South East Queensland_9381"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
60963	"Riverine wetland Bremer River catchment_South East Queensland_9381"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60964	"Riverine wetland Bremer River catchment_South East Queensland_9381"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60965	"Riverine wetland Bremer River catchment_South East Queensland_9381"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60966	"Riverine wetland Bremer River catchment_South East Queensland_9381"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60967	"Riverine wetland Bremer River catchment_South East Queensland_9381"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60983	"Palustrine wetland Logan River catchment_South East Queensland_9385"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60984	"Palustrine wetland Logan River catchment_South East Queensland_9385"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60985	"Palustrine wetland Logan River catchment_South East Queensland_9385"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60986	"Palustrine wetland Logan River catchment_South East Queensland_9385"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60987	"Palustrine wetland Logan River catchment_South East Queensland_9385"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60988	"Palustrine wetland Logan River catchment_South East Queensland_9386"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60989	"Palustrine wetland Logan River catchment_South East Queensland_9386"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60990	"Palustrine wetland Logan River catchment_South East Queensland_9386"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60991	"Palustrine wetland Logan River catchment_South East Queensland_9386"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60992	"Palustrine wetland Logan River catchment_South East Queensland_9386"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60993	"Riverine wetland Bremer River catchment_South East Queensland_9387"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60994	"Riverine wetland Bremer River catchment_South East Queensland_9387"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
60995	"Riverine wetland Bremer River catchment_South East Queensland_9387"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
60996	"Riverine wetland Bremer River catchment_South East Queensland_9387"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
60997	"Riverine wetland Bremer River catchment_South East Queensland_9387"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
60998	"Riverine wetland Bremer River catchment_South East Queensland_9388"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
60999	"Riverine wetland Bremer River catchment_South East Queensland_9388"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61000	"Riverine wetland Bremer River catchment_South East Queensland_9388"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61001	"Riverine wetland Bremer River catchment_South East Queensland_9388"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61002	"Riverine wetland Bremer River catchment_South East Queensland_9388"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61003	"Riverine wetland Bremer River catchment_South East Queensland_9388"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61004	"Riverine wetland Bremer River catchment_South East Queensland_9388"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61005	"Riverine wetland Bremer River catchment_South East Queensland_9388"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61006	"Riverine wetland Bremer River catchment_South East Queensland_9388"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61027	"Riverine wetland Bremer River catchment_South East Queensland_9393"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61028	"Riverine wetland Bremer River catchment_South East Queensland_9393"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61029	"Riverine wetland Bremer River catchment_South East Queensland_9393"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61030	"Riverine wetland Bremer River catchment_South East Queensland_9393"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61031	"Riverine wetland Bremer River catchment_South East Queensland_9393"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61032	"Riverine wetland Bremer River catchment_South East Queensland_9394"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61033	"Riverine wetland Bremer River catchment_South East Queensland_9394"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61034	"Riverine wetland Bremer River catchment_South East Queensland_9394"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61035	"Riverine wetland Bremer River catchment_South East Queensland_9394"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61036	"Riverine wetland Bremer River catchment_South East Queensland_9394"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61037	"Riverine wetland Bremer River catchment_South East Queensland_9394"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61038	"Riverine wetland Bremer River catchment_South East Queensland_9394"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61039	"Riverine wetland Bremer River catchment_South East Queensland_9394"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61040	"Riverine wetland Bremer River catchment_South East Queensland_9394"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61075	"Palustrine wetland Logan River catchment_South East Queensland_9401"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61076	"Palustrine wetland Logan River catchment_South East Queensland_9401"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61077	"Palustrine wetland Logan River catchment_South East Queensland_9401"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61078	"Palustrine wetland Logan River catchment_South East Queensland_9401"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61079	"Palustrine wetland Logan River catchment_South East Queensland_9401"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61080	"Riverine wetland Bremer River catchment_South East Queensland_9402"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61081	"Riverine wetland Bremer River catchment_South East Queensland_9402"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61082	"Riverine wetland Bremer River catchment_South East Queensland_9402"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61083	"Riverine wetland Bremer River catchment_South East Queensland_9402"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61084	"Riverine wetland Bremer River catchment_South East Queensland_9402"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61085	"Riverine wetland Bremer River catchment_South East Queensland_9402"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61086	"Riverine wetland Bremer River catchment_South East Queensland_9402"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61087	"Riverine wetland Bremer River catchment_South East Queensland_9402"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61088	"Riverine wetland Bremer River catchment_South East Queensland_9402"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61131	"Riverine wetland Bremer River catchment_South East Queensland_9409"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61132	"Riverine wetland Bremer River catchment_South East Queensland_9409"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61133	"Riverine wetland Bremer River catchment_South East Queensland_9409"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61134	"Riverine wetland Bremer River catchment_South East Queensland_9409"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61135	"Riverine wetland Bremer River catchment_South East Queensland_9409"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61136	"Riverine wetland Bremer River catchment_South East Queensland_9409"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61137	"Riverine wetland Bremer River catchment_South East Queensland_9409"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61138	"Riverine wetland Bremer River catchment_South East Queensland_9409"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61139	"Riverine wetland Bremer River catchment_South East Queensland_9409"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61145	"Palustrine wetland Logan River catchment_South East Queensland_9411"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61146	"Palustrine wetland Logan River catchment_South East Queensland_9411"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61147	"Palustrine wetland Logan River catchment_South East Queensland_9411"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61148	"Palustrine wetland Logan River catchment_South East Queensland_9411"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61149	"Palustrine wetland Logan River catchment_South East Queensland_9411"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61150	"Palustrine wetland Logan River catchment_South East Queensland_9412"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61151	"Palustrine wetland Logan River catchment_South East Queensland_9412"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61152	"Palustrine wetland Logan River catchment_South East Queensland_9412"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61153	"Palustrine wetland Logan River catchment_South East Queensland_9412"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61154	"Palustrine wetland Logan River catchment_South East Queensland_9412"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61160	"Riverine wetland Bremer River catchment_South East Queensland_9414"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61161	"Riverine wetland Bremer River catchment_South East Queensland_9414"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61162	"Riverine wetland Bremer River catchment_South East Queensland_9414"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61163	"Riverine wetland Bremer River catchment_South East Queensland_9414"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61164	"Riverine wetland Bremer River catchment_South East Queensland_9414"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61165	"Riverine wetland Bremer River catchment_South East Queensland_9415"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61166	"Riverine wetland Bremer River catchment_South East Queensland_9415"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61167	"Riverine wetland Bremer River catchment_South East Queensland_9415"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61168	"Riverine wetland Bremer River catchment_South East Queensland_9415"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61169	"Riverine wetland Bremer River catchment_South East Queensland_9415"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61175	"Palustrine wetland Logan River catchment_South East Queensland_9417"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61176	"Palustrine wetland Logan River catchment_South East Queensland_9417"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61177	"Palustrine wetland Logan River catchment_South East Queensland_9417"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61178	"Palustrine wetland Logan River catchment_South East Queensland_9417"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61179	"Palustrine wetland Logan River catchment_South East Queensland_9417"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61180	"Palustrine wetland Logan River catchment_South East Queensland_9418"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61181	"Palustrine wetland Logan River catchment_South East Queensland_9418"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61182	"Palustrine wetland Logan River catchment_South East Queensland_9418"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61183	"Palustrine wetland Logan River catchment_South East Queensland_9418"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61184	"Palustrine wetland Logan River catchment_South East Queensland_9418"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61185	"Palustrine wetland Bremer River catchment_South East Queensland_9419"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61186	"Palustrine wetland Bremer River catchment_South East Queensland_9419"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61187	"Palustrine wetland Bremer River catchment_South East Queensland_9419"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61188	"Palustrine wetland Bremer River catchment_South East Queensland_9419"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61189	"Palustrine wetland Bremer River catchment_South East Queensland_9419"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61190	"Palustrine wetland Bremer River catchment_South East Queensland_9419"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61191	"Palustrine wetland Bremer River catchment_South East Queensland_9419"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61192	"Palustrine wetland Bremer River catchment_South East Queensland_9419"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61193	"Palustrine wetland Bremer River catchment_South East Queensland_9419"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61194	"Riverine wetland Bremer River catchment_South East Queensland_9420"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61195	"Riverine wetland Bremer River catchment_South East Queensland_9420"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61196	"Riverine wetland Bremer River catchment_South East Queensland_9420"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61197	"Riverine wetland Bremer River catchment_South East Queensland_9420"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61198	"Riverine wetland Bremer River catchment_South East Queensland_9420"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61199	"Riverine wetland Bremer River catchment_South East Queensland_9420"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61200	"Riverine wetland Bremer River catchment_South East Queensland_9420"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61201	"Riverine wetland Bremer River catchment_South East Queensland_9420"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61202	"Riverine wetland Bremer River catchment_South East Queensland_9420"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61227	"Riverine wetland Bremer River catchment_South East Queensland_9425"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61228	"Riverine wetland Bremer River catchment_South East Queensland_9425"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61229	"Riverine wetland Bremer River catchment_South East Queensland_9425"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61230	"Riverine wetland Bremer River catchment_South East Queensland_9425"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61231	"Riverine wetland Bremer River catchment_South East Queensland_9425"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61232	"Riverine wetland Bremer River catchment_South East Queensland_9425"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61233	"Riverine wetland Bremer River catchment_South East Queensland_9425"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61234	"Riverine wetland Bremer River catchment_South East Queensland_9425"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61235	"Riverine wetland Bremer River catchment_South East Queensland_9425"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61246	"Riverine wetland Bremer River catchment_South East Queensland_9428"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61247	"Riverine wetland Bremer River catchment_South East Queensland_9428"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61248	"Riverine wetland Bremer River catchment_South East Queensland_9428"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61249	"Riverine wetland Bremer River catchment_South East Queensland_9428"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61250	"Riverine wetland Bremer River catchment_South East Queensland_9428"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61260	"Riverine wetland Bremer River catchment_South East Queensland_9430"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61261	"Riverine wetland Bremer River catchment_South East Queensland_9430"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61262	"Riverine wetland Bremer River catchment_South East Queensland_9430"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61263	"Riverine wetland Bremer River catchment_South East Queensland_9430"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61264	"Riverine wetland Bremer River catchment_South East Queensland_9430"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61265	"Riverine wetland Bremer River catchment_South East Queensland_9430"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61266	"Riverine wetland Bremer River catchment_South East Queensland_9430"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61267	"Riverine wetland Bremer River catchment_South East Queensland_9430"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61268	"Riverine wetland Bremer River catchment_South East Queensland_9430"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61269	"Riverine wetland Bremer River catchment_South East Queensland_9431"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61270	"Riverine wetland Bremer River catchment_South East Queensland_9431"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61271	"Riverine wetland Bremer River catchment_South East Queensland_9431"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61272	"Riverine wetland Bremer River catchment_South East Queensland_9431"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61273	"Riverine wetland Bremer River catchment_South East Queensland_9431"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61274	"Riverine wetland Bremer River catchment_South East Queensland_9431"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61275	"Riverine wetland Bremer River catchment_South East Queensland_9431"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61276	"Riverine wetland Bremer River catchment_South East Queensland_9431"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61277	"Riverine wetland Bremer River catchment_South East Queensland_9431"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61278	"Riverine wetland Bremer River catchment_South East Queensland_9432"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61279	"Riverine wetland Bremer River catchment_South East Queensland_9432"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61280	"Riverine wetland Bremer River catchment_South East Queensland_9432"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61281	"Riverine wetland Bremer River catchment_South East Queensland_9432"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61282	"Riverine wetland Bremer River catchment_South East Queensland_9432"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61283	"Riverine wetland Bremer River catchment_South East Queensland_9433"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61284	"Riverine wetland Bremer River catchment_South East Queensland_9433"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61285	"Riverine wetland Bremer River catchment_South East Queensland_9433"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61286	"Riverine wetland Bremer River catchment_South East Queensland_9433"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61287	"Riverine wetland Bremer River catchment_South East Queensland_9433"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61288	"Riverine wetland Bremer River catchment_South East Queensland_9433"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61289	"Riverine wetland Bremer River catchment_South East Queensland_9433"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61290	"Riverine wetland Bremer River catchment_South East Queensland_9433"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61291	"Riverine wetland Bremer River catchment_South East Queensland_9433"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61320	"Riverine wetland Bremer River catchment_South East Queensland_9438"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61321	"Riverine wetland Bremer River catchment_South East Queensland_9438"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61322	"Riverine wetland Bremer River catchment_South East Queensland_9438"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61323	"Riverine wetland Bremer River catchment_South East Queensland_9438"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61324	"Riverine wetland Bremer River catchment_South East Queensland_9438"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61325	"Riverine wetland Bremer River catchment_South East Queensland_9438"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61326	"Riverine wetland Bremer River catchment_South East Queensland_9438"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61327	"Riverine wetland Bremer River catchment_South East Queensland_9438"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61328	"Riverine wetland Bremer River catchment_South East Queensland_9438"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61329	"Riverine wetland Bremer River catchment_South East Queensland_9439"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61330	"Riverine wetland Bremer River catchment_South East Queensland_9439"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61331	"Riverine wetland Bremer River catchment_South East Queensland_9439"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61332	"Riverine wetland Bremer River catchment_South East Queensland_9439"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61333	"Riverine wetland Bremer River catchment_South East Queensland_9439"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61344	"Riverine wetland Bremer River catchment_South East Queensland_9442"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61345	"Riverine wetland Bremer River catchment_South East Queensland_9442"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61346	"Riverine wetland Bremer River catchment_South East Queensland_9442"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61347	"Riverine wetland Bremer River catchment_South East Queensland_9442"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61348	"Riverine wetland Bremer River catchment_South East Queensland_9442"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61369	"Palustrine wetland Bremer River catchment_South East Queensland_9447"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61370	"Palustrine wetland Bremer River catchment_South East Queensland_9447"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61371	"Palustrine wetland Bremer River catchment_South East Queensland_9447"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61372	"Palustrine wetland Bremer River catchment_South East Queensland_9447"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61373	"Palustrine wetland Bremer River catchment_South East Queensland_9447"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61374	"Palustrine wetland Bremer River catchment_South East Queensland_9447"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61375	"Palustrine wetland Bremer River catchment_South East Queensland_9447"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61376	"Palustrine wetland Bremer River catchment_South East Queensland_9447"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61377	"Palustrine wetland Bremer River catchment_South East Queensland_9447"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61378	"Palustrine wetland Bremer River catchment_South East Queensland_9448"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61379	"Palustrine wetland Bremer River catchment_South East Queensland_9448"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61380	"Palustrine wetland Bremer River catchment_South East Queensland_9448"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61381	"Palustrine wetland Bremer River catchment_South East Queensland_9448"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61382	"Palustrine wetland Bremer River catchment_South East Queensland_9448"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61383	"Palustrine wetland Bremer River catchment_South East Queensland_9448"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61384	"Palustrine wetland Bremer River catchment_South East Queensland_9448"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61385	"Palustrine wetland Bremer River catchment_South East Queensland_9448"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61386	"Palustrine wetland Bremer River catchment_South East Queensland_9448"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61387	"Palustrine wetland Bremer River catchment_South East Queensland_9449"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61388	"Palustrine wetland Bremer River catchment_South East Queensland_9449"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61389	"Palustrine wetland Bremer River catchment_South East Queensland_9449"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61390	"Palustrine wetland Bremer River catchment_South East Queensland_9449"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61391	"Palustrine wetland Bremer River catchment_South East Queensland_9449"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61392	"Palustrine wetland Bremer River catchment_South East Queensland_9449"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61393	"Palustrine wetland Bremer River catchment_South East Queensland_9449"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61394	"Palustrine wetland Bremer River catchment_South East Queensland_9449"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61395	"Palustrine wetland Bremer River catchment_South East Queensland_9449"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61396	"Palustrine wetland Bremer River catchment_South East Queensland_9450"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61397	"Palustrine wetland Bremer River catchment_South East Queensland_9450"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61398	"Palustrine wetland Bremer River catchment_South East Queensland_9450"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61399	"Palustrine wetland Bremer River catchment_South East Queensland_9450"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61400	"Palustrine wetland Bremer River catchment_South East Queensland_9450"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61401	"Palustrine wetland Bremer River catchment_South East Queensland_9450"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61402	"Palustrine wetland Bremer River catchment_South East Queensland_9450"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61403	"Palustrine wetland Bremer River catchment_South East Queensland_9450"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61404	"Palustrine wetland Bremer River catchment_South East Queensland_9450"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61410	"Palustrine wetland Logan River catchment_South East Queensland_9452"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61411	"Palustrine wetland Logan River catchment_South East Queensland_9452"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61412	"Palustrine wetland Logan River catchment_South East Queensland_9452"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61413	"Palustrine wetland Logan River catchment_South East Queensland_9452"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61414	"Palustrine wetland Logan River catchment_South East Queensland_9452"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61415	"Riverine wetland Bremer River catchment_South East Queensland_9453"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61416	"Riverine wetland Bremer River catchment_South East Queensland_9453"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61417	"Riverine wetland Bremer River catchment_South East Queensland_9453"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61418	"Riverine wetland Bremer River catchment_South East Queensland_9453"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61419	"Riverine wetland Bremer River catchment_South East Queensland_9453"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61425	"Riverine wetland Bremer River catchment_South East Queensland_9455"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61426	"Riverine wetland Bremer River catchment_South East Queensland_9455"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61427	"Riverine wetland Bremer River catchment_South East Queensland_9455"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61428	"Riverine wetland Bremer River catchment_South East Queensland_9455"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61429	"Riverine wetland Bremer River catchment_South East Queensland_9455"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61430	"Riverine wetland Bremer River catchment_South East Queensland_9455"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61431	"Riverine wetland Bremer River catchment_South East Queensland_9455"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61432	"Riverine wetland Bremer River catchment_South East Queensland_9455"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61433	"Riverine wetland Bremer River catchment_South East Queensland_9455"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61439	"Palustrine wetland Bremer River catchment_South East Queensland_9457"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61440	"Palustrine wetland Bremer River catchment_South East Queensland_9457"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61441	"Palustrine wetland Bremer River catchment_South East Queensland_9457"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61442	"Palustrine wetland Bremer River catchment_South East Queensland_9457"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61443	"Palustrine wetland Bremer River catchment_South East Queensland_9457"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61444	"Palustrine wetland Bremer River catchment_South East Queensland_9457"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61445	"Palustrine wetland Bremer River catchment_South East Queensland_9457"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61446	"Palustrine wetland Bremer River catchment_South East Queensland_9457"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61447	"Palustrine wetland Bremer River catchment_South East Queensland_9457"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61463	"Palustrine wetland Bremer River catchment_South East Queensland_9461"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61464	"Palustrine wetland Bremer River catchment_South East Queensland_9461"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61465	"Palustrine wetland Bremer River catchment_South East Queensland_9461"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61466	"Palustrine wetland Bremer River catchment_South East Queensland_9461"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61467	"Palustrine wetland Bremer River catchment_South East Queensland_9461"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61468	"Palustrine wetland Bremer River catchment_South East Queensland_9461"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61469	"Palustrine wetland Bremer River catchment_South East Queensland_9461"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61470	"Palustrine wetland Bremer River catchment_South East Queensland_9461"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61471	"Palustrine wetland Bremer River catchment_South East Queensland_9461"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61472	"Riverine wetland Bremer River catchment_South East Queensland_9462"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61473	"Riverine wetland Bremer River catchment_South East Queensland_9462"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61474	"Riverine wetland Bremer River catchment_South East Queensland_9462"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61475	"Riverine wetland Bremer River catchment_South East Queensland_9462"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61476	"Riverine wetland Bremer River catchment_South East Queensland_9462"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61477	"Riverine wetland Bremer River catchment_South East Queensland_9462"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61478	"Riverine wetland Bremer River catchment_South East Queensland_9462"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61479	"Riverine wetland Bremer River catchment_South East Queensland_9462"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61480	"Riverine wetland Bremer River catchment_South East Queensland_9462"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61486	"Palustrine wetland Brisbane River catchment_South East Queensland_9464"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61487	"Palustrine wetland Brisbane River catchment_South East Queensland_9464"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61488	"Palustrine wetland Brisbane River catchment_South East Queensland_9464"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61489	"Palustrine wetland Brisbane River catchment_South East Queensland_9464"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61490	"Palustrine wetland Brisbane River catchment_South East Queensland_9464"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61491	"Palustrine wetland Brisbane River catchment_South East Queensland_9464"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61492	"Palustrine wetland Brisbane River catchment_South East Queensland_9464"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61493	"Palustrine wetland Brisbane River catchment_South East Queensland_9464"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61494	"Palustrine wetland Brisbane River catchment_South East Queensland_9464"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61495	"Palustrine wetland Brisbane River catchment_South East Queensland_9465"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61496	"Palustrine wetland Brisbane River catchment_South East Queensland_9465"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61497	"Palustrine wetland Brisbane River catchment_South East Queensland_9465"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61498	"Palustrine wetland Brisbane River catchment_South East Queensland_9465"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61499	"Palustrine wetland Brisbane River catchment_South East Queensland_9465"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61500	"Palustrine wetland Brisbane River catchment_South East Queensland_9465"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61501	"Palustrine wetland Brisbane River catchment_South East Queensland_9465"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61502	"Palustrine wetland Brisbane River catchment_South East Queensland_9465"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61503	"Palustrine wetland Brisbane River catchment_South East Queensland_9465"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61513	"Palustrine wetland Bremer River catchment_South East Queensland_9467"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61514	"Palustrine wetland Bremer River catchment_South East Queensland_9467"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61515	"Palustrine wetland Bremer River catchment_South East Queensland_9467"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61516	"Palustrine wetland Bremer River catchment_South East Queensland_9467"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61517	"Palustrine wetland Bremer River catchment_South East Queensland_9467"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61518	"Palustrine wetland Bremer River catchment_South East Queensland_9467"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61519	"Palustrine wetland Bremer River catchment_South East Queensland_9467"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61520	"Palustrine wetland Bremer River catchment_South East Queensland_9467"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61521	"Palustrine wetland Bremer River catchment_South East Queensland_9467"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61522	"Riverine wetland Bremer River catchment_South East Queensland_9468"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61523	"Riverine wetland Bremer River catchment_South East Queensland_9468"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61524	"Riverine wetland Bremer River catchment_South East Queensland_9468"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61525	"Riverine wetland Bremer River catchment_South East Queensland_9468"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61526	"Riverine wetland Bremer River catchment_South East Queensland_9468"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61527	"Riverine wetland Bremer River catchment_South East Queensland_9468"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61528	"Riverine wetland Bremer River catchment_South East Queensland_9468"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61529	"Riverine wetland Bremer River catchment_South East Queensland_9468"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61530	"Riverine wetland Bremer River catchment_South East Queensland_9468"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61531	"Palustrine wetland Brisbane River catchment_South East Queensland_9469"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61532	"Palustrine wetland Brisbane River catchment_South East Queensland_9469"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61533	"Palustrine wetland Brisbane River catchment_South East Queensland_9469"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61534	"Palustrine wetland Brisbane River catchment_South East Queensland_9469"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61535	"Palustrine wetland Brisbane River catchment_South East Queensland_9469"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61536	"Palustrine wetland Brisbane River catchment_South East Queensland_9469"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61537	"Palustrine wetland Brisbane River catchment_South East Queensland_9469"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61538	"Palustrine wetland Brisbane River catchment_South East Queensland_9469"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61539	"Palustrine wetland Brisbane River catchment_South East Queensland_9469"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61540	"Palustrine wetland Brisbane River catchment_South East Queensland_9470"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61541	"Palustrine wetland Brisbane River catchment_South East Queensland_9470"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61542	"Palustrine wetland Brisbane River catchment_South East Queensland_9470"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61543	"Palustrine wetland Brisbane River catchment_South East Queensland_9470"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61544	"Palustrine wetland Brisbane River catchment_South East Queensland_9470"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61545	"Palustrine wetland Brisbane River catchment_South East Queensland_9470"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61546	"Palustrine wetland Brisbane River catchment_South East Queensland_9470"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61547	"Palustrine wetland Brisbane River catchment_South East Queensland_9470"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61548	"Palustrine wetland Brisbane River catchment_South East Queensland_9470"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61549	"Palustrine wetland Bremer River catchment_South East Queensland_9471"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61550	"Palustrine wetland Bremer River catchment_South East Queensland_9471"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61551	"Palustrine wetland Bremer River catchment_South East Queensland_9471"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61552	"Palustrine wetland Bremer River catchment_South East Queensland_9471"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61553	"Palustrine wetland Bremer River catchment_South East Queensland_9471"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61554	"Palustrine wetland Bremer River catchment_South East Queensland_9471"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61555	"Palustrine wetland Bremer River catchment_South East Queensland_9471"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61556	"Palustrine wetland Bremer River catchment_South East Queensland_9471"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61557	"Palustrine wetland Bremer River catchment_South East Queensland_9471"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61684	"Riverine wetland Bremer River catchment_South East Queensland_9486"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61685	"Riverine wetland Bremer River catchment_South East Queensland_9486"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61686	"Riverine wetland Bremer River catchment_South East Queensland_9486"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61687	"Riverine wetland Bremer River catchment_South East Queensland_9486"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61688	"Riverine wetland Bremer River catchment_South East Queensland_9486"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61689	"Riverine wetland Bremer River catchment_South East Queensland_9486"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61690	"Riverine wetland Bremer River catchment_South East Queensland_9486"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61691	"Riverine wetland Bremer River catchment_South East Queensland_9486"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61692	"Riverine wetland Bremer River catchment_South East Queensland_9486"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61713	"Palustrine wetland Bremer River catchment_South East Queensland_9491"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61714	"Palustrine wetland Bremer River catchment_South East Queensland_9491"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61715	"Palustrine wetland Bremer River catchment_South East Queensland_9491"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61716	"Palustrine wetland Bremer River catchment_South East Queensland_9491"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61717	"Palustrine wetland Bremer River catchment_South East Queensland_9491"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61718	"Palustrine wetland Bremer River catchment_South East Queensland_9491"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61719	"Palustrine wetland Bremer River catchment_South East Queensland_9491"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61720	"Palustrine wetland Bremer River catchment_South East Queensland_9491"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61721	"Palustrine wetland Bremer River catchment_South East Queensland_9491"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61722	"Palustrine wetland Bremer River catchment_South East Queensland_9492"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61723	"Palustrine wetland Bremer River catchment_South East Queensland_9492"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61724	"Palustrine wetland Bremer River catchment_South East Queensland_9492"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61725	"Palustrine wetland Bremer River catchment_South East Queensland_9492"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61726	"Palustrine wetland Bremer River catchment_South East Queensland_9492"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61727	"Palustrine wetland Bremer River catchment_South East Queensland_9492"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61728	"Palustrine wetland Bremer River catchment_South East Queensland_9492"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61729	"Palustrine wetland Bremer River catchment_South East Queensland_9492"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61730	"Palustrine wetland Bremer River catchment_South East Queensland_9492"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61761	"Riverine wetland Bremer River catchment_South East Queensland_9499"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61762	"Riverine wetland Bremer River catchment_South East Queensland_9499"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61763	"Riverine wetland Bremer River catchment_South East Queensland_9499"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61764	"Riverine wetland Bremer River catchment_South East Queensland_9499"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61765	"Riverine wetland Bremer River catchment_South East Queensland_9499"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61766	"Riverine wetland Bremer River catchment_South East Queensland_9499"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61767	"Riverine wetland Bremer River catchment_South East Queensland_9499"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61768	"Riverine wetland Bremer River catchment_South East Queensland_9499"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61769	"Riverine wetland Bremer River catchment_South East Queensland_9499"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61780	"Palustrine wetland Bremer River catchment_South East Queensland_9502"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61781	"Palustrine wetland Bremer River catchment_South East Queensland_9502"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61782	"Palustrine wetland Bremer River catchment_South East Queensland_9502"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61783	"Palustrine wetland Bremer River catchment_South East Queensland_9502"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61784	"Palustrine wetland Bremer River catchment_South East Queensland_9502"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61785	"Palustrine wetland Bremer River catchment_South East Queensland_9502"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61786	"Palustrine wetland Bremer River catchment_South East Queensland_9502"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61787	"Palustrine wetland Bremer River catchment_South East Queensland_9502"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61788	"Palustrine wetland Bremer River catchment_South East Queensland_9502"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61809	"Palustrine wetland Brisbane River catchment_South East Queensland_9507"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61810	"Palustrine wetland Brisbane River catchment_South East Queensland_9507"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61811	"Palustrine wetland Brisbane River catchment_South East Queensland_9507"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61812	"Palustrine wetland Brisbane River catchment_South East Queensland_9507"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61813	"Palustrine wetland Brisbane River catchment_South East Queensland_9507"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61814	"Palustrine wetland Brisbane River catchment_South East Queensland_9507"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61815	"Palustrine wetland Brisbane River catchment_South East Queensland_9507"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61816	"Palustrine wetland Brisbane River catchment_South East Queensland_9507"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61817	"Palustrine wetland Brisbane River catchment_South East Queensland_9507"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61818	"Palustrine wetland Brisbane River catchment_South East Queensland_9508"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61819	"Palustrine wetland Brisbane River catchment_South East Queensland_9508"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61820	"Palustrine wetland Brisbane River catchment_South East Queensland_9508"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61821	"Palustrine wetland Brisbane River catchment_South East Queensland_9508"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61822	"Palustrine wetland Brisbane River catchment_South East Queensland_9508"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61823	"Palustrine wetland Brisbane River catchment_South East Queensland_9508"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61824	"Palustrine wetland Brisbane River catchment_South East Queensland_9508"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61825	"Palustrine wetland Brisbane River catchment_South East Queensland_9508"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61826	"Palustrine wetland Brisbane River catchment_South East Queensland_9508"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61827	"Palustrine wetland Brisbane River catchment_South East Queensland_9509"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61828	"Palustrine wetland Brisbane River catchment_South East Queensland_9509"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61829	"Palustrine wetland Brisbane River catchment_South East Queensland_9509"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61830	"Palustrine wetland Brisbane River catchment_South East Queensland_9509"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61831	"Palustrine wetland Brisbane River catchment_South East Queensland_9509"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61832	"Palustrine wetland Brisbane River catchment_South East Queensland_9509"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61833	"Palustrine wetland Brisbane River catchment_South East Queensland_9509"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61834	"Palustrine wetland Brisbane River catchment_South East Queensland_9509"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61835	"Palustrine wetland Brisbane River catchment_South East Queensland_9509"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61836	"Riverine wetland Bremer River catchment_South East Queensland_9510"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61837	"Riverine wetland Bremer River catchment_South East Queensland_9510"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61838	"Riverine wetland Bremer River catchment_South East Queensland_9510"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61839	"Riverine wetland Bremer River catchment_South East Queensland_9510"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61840	"Riverine wetland Bremer River catchment_South East Queensland_9510"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61841	"Riverine wetland Bremer River catchment_South East Queensland_9510"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61842	"Riverine wetland Bremer River catchment_South East Queensland_9510"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61843	"Riverine wetland Bremer River catchment_South East Queensland_9510"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61844	"Riverine wetland Bremer River catchment_South East Queensland_9510"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61855	"Riverine wetland Bremer River catchment_South East Queensland_9513"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61856	"Riverine wetland Bremer River catchment_South East Queensland_9513"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61857	"Riverine wetland Bremer River catchment_South East Queensland_9513"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61858	"Riverine wetland Bremer River catchment_South East Queensland_9513"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61859	"Riverine wetland Bremer River catchment_South East Queensland_9513"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61860	"Riverine wetland Bremer River catchment_South East Queensland_9513"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61861	"Riverine wetland Bremer River catchment_South East Queensland_9513"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61862	"Riverine wetland Bremer River catchment_South East Queensland_9513"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61863	"Riverine wetland Bremer River catchment_South East Queensland_9513"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61899	"Riverine wetland Bremer River catchment_South East Queensland_9521"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61900	"Riverine wetland Bremer River catchment_South East Queensland_9521"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61901	"Riverine wetland Bremer River catchment_South East Queensland_9521"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61902	"Riverine wetland Bremer River catchment_South East Queensland_9521"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61903	"Riverine wetland Bremer River catchment_South East Queensland_9521"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61904	"Riverine wetland Bremer River catchment_South East Queensland_9521"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61905	"Riverine wetland Bremer River catchment_South East Queensland_9521"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61906	"Riverine wetland Bremer River catchment_South East Queensland_9521"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61907	"Riverine wetland Bremer River catchment_South East Queensland_9521"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61908	"Riverine wetland Bremer River catchment_South East Queensland_9522"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61909	"Riverine wetland Bremer River catchment_South East Queensland_9522"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61910	"Riverine wetland Bremer River catchment_South East Queensland_9522"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61911	"Riverine wetland Bremer River catchment_South East Queensland_9522"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61912	"Riverine wetland Bremer River catchment_South East Queensland_9522"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61913	"Riverine wetland Bremer River catchment_South East Queensland_9522"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61914	"Riverine wetland Bremer River catchment_South East Queensland_9522"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61915	"Riverine wetland Bremer River catchment_South East Queensland_9522"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61916	"Riverine wetland Bremer River catchment_South East Queensland_9522"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61932	"Palustrine wetland Brisbane River catchment_South East Queensland_9526"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61933	"Palustrine wetland Brisbane River catchment_South East Queensland_9526"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61934	"Palustrine wetland Brisbane River catchment_South East Queensland_9526"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61935	"Palustrine wetland Brisbane River catchment_South East Queensland_9526"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61936	"Palustrine wetland Brisbane River catchment_South East Queensland_9526"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61937	"Palustrine wetland Brisbane River catchment_South East Queensland_9526"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61938	"Palustrine wetland Brisbane River catchment_South East Queensland_9526"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61939	"Palustrine wetland Brisbane River catchment_South East Queensland_9526"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61940	"Palustrine wetland Brisbane River catchment_South East Queensland_9526"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61941	"Palustrine wetland Brisbane River catchment_South East Queensland_9527"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61942	"Palustrine wetland Brisbane River catchment_South East Queensland_9527"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61943	"Palustrine wetland Brisbane River catchment_South East Queensland_9527"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61944	"Palustrine wetland Brisbane River catchment_South East Queensland_9527"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61945	"Palustrine wetland Brisbane River catchment_South East Queensland_9527"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61946	"Palustrine wetland Brisbane River catchment_South East Queensland_9527"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61947	"Palustrine wetland Brisbane River catchment_South East Queensland_9527"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61948	"Palustrine wetland Brisbane River catchment_South East Queensland_9527"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61949	"Palustrine wetland Brisbane River catchment_South East Queensland_9527"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61965	"Palustrine wetland Logan River catchment_South East Queensland_9531"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61966	"Palustrine wetland Logan River catchment_South East Queensland_9531"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61967	"Palustrine wetland Logan River catchment_South East Queensland_9531"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61968	"Palustrine wetland Logan River catchment_South East Queensland_9531"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61969	"Palustrine wetland Logan River catchment_South East Queensland_9531"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61970	"Palustrine wetland Logan River catchment_South East Queensland_9531"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61971	"Palustrine wetland Logan River catchment_South East Queensland_9531"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61972	"Palustrine wetland Logan River catchment_South East Queensland_9531"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61973	"Palustrine wetland Logan River catchment_South East Queensland_9531"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61984	"Palustrine wetland Bremer River catchment_South East Queensland_9534"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61985	"Palustrine wetland Bremer River catchment_South East Queensland_9534"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61986	"Palustrine wetland Bremer River catchment_South East Queensland_9534"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61987	"Palustrine wetland Bremer River catchment_South East Queensland_9534"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
61988	"Palustrine wetland Bremer River catchment_South East Queensland_9534"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61989	"Palustrine wetland Bremer River catchment_South East Queensland_9534"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61990	"Palustrine wetland Bremer River catchment_South East Queensland_9534"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61991	"Palustrine wetland Bremer River catchment_South East Queensland_9534"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61992	"Palustrine wetland Bremer River catchment_South East Queensland_9534"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
61993	"Palustrine wetland Bremer River catchment_South East Queensland_9534"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
61994	"Palustrine wetland Bremer River catchment_South East Queensland_9534"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
61995	"Palustrine wetland Bremer River catchment_South East Queensland_9534"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
61996	"Palustrine wetland Bremer River catchment_South East Queensland_9535"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
61997	"Palustrine wetland Bremer River catchment_South East Queensland_9535"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
61998	"Palustrine wetland Bremer River catchment_South East Queensland_9535"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
61999	"Palustrine wetland Bremer River catchment_South East Queensland_9535"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62000	"Palustrine wetland Bremer River catchment_South East Queensland_9535"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62001	"Palustrine wetland Bremer River catchment_South East Queensland_9535"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62002	"Palustrine wetland Bremer River catchment_South East Queensland_9535"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62003	"Palustrine wetland Bremer River catchment_South East Queensland_9535"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62004	"Palustrine wetland Bremer River catchment_South East Queensland_9535"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62005	"Palustrine wetland Bremer River catchment_South East Queensland_9535"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62006	"Palustrine wetland Bremer River catchment_South East Queensland_9535"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62007	"Palustrine wetland Bremer River catchment_South East Queensland_9535"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62008	"Palustrine wetland Bremer River catchment_South East Queensland_9536"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62009	"Palustrine wetland Bremer River catchment_South East Queensland_9536"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62010	"Palustrine wetland Bremer River catchment_South East Queensland_9536"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62011	"Palustrine wetland Bremer River catchment_South East Queensland_9536"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62012	"Palustrine wetland Bremer River catchment_South East Queensland_9536"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62013	"Palustrine wetland Bremer River catchment_South East Queensland_9536"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62014	"Palustrine wetland Bremer River catchment_South East Queensland_9536"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62015	"Palustrine wetland Bremer River catchment_South East Queensland_9536"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62016	"Palustrine wetland Bremer River catchment_South East Queensland_9536"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62017	"Palustrine wetland Bremer River catchment_South East Queensland_9536"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62018	"Palustrine wetland Bremer River catchment_South East Queensland_9536"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62019	"Palustrine wetland Bremer River catchment_South East Queensland_9536"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62020	"Palustrine wetland Bremer River catchment_South East Queensland_9537"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62021	"Palustrine wetland Bremer River catchment_South East Queensland_9537"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62022	"Palustrine wetland Bremer River catchment_South East Queensland_9537"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62023	"Palustrine wetland Bremer River catchment_South East Queensland_9537"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62024	"Palustrine wetland Bremer River catchment_South East Queensland_9537"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62025	"Palustrine wetland Bremer River catchment_South East Queensland_9537"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62026	"Palustrine wetland Bremer River catchment_South East Queensland_9537"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62027	"Palustrine wetland Bremer River catchment_South East Queensland_9537"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62028	"Palustrine wetland Bremer River catchment_South East Queensland_9537"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62029	"Palustrine wetland Bremer River catchment_South East Queensland_9537"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62030	"Palustrine wetland Bremer River catchment_South East Queensland_9537"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62031	"Palustrine wetland Bremer River catchment_South East Queensland_9537"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62064	"Palustrine wetland Brisbane River catchment_South East Queensland_9542"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62065	"Palustrine wetland Brisbane River catchment_South East Queensland_9542"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62066	"Palustrine wetland Brisbane River catchment_South East Queensland_9542"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62067	"Palustrine wetland Brisbane River catchment_South East Queensland_9542"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62068	"Palustrine wetland Brisbane River catchment_South East Queensland_9542"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62069	"Palustrine wetland Brisbane River catchment_South East Queensland_9542"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62070	"Palustrine wetland Brisbane River catchment_South East Queensland_9542"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62071	"Palustrine wetland Brisbane River catchment_South East Queensland_9542"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62072	"Palustrine wetland Brisbane River catchment_South East Queensland_9542"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62073	"Palustrine wetland Brisbane River catchment_South East Queensland_9543"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62074	"Palustrine wetland Brisbane River catchment_South East Queensland_9543"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62075	"Palustrine wetland Brisbane River catchment_South East Queensland_9543"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62076	"Palustrine wetland Brisbane River catchment_South East Queensland_9543"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62077	"Palustrine wetland Brisbane River catchment_South East Queensland_9543"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62078	"Palustrine wetland Brisbane River catchment_South East Queensland_9543"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62079	"Palustrine wetland Brisbane River catchment_South East Queensland_9543"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62080	"Palustrine wetland Brisbane River catchment_South East Queensland_9543"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62081	"Palustrine wetland Brisbane River catchment_South East Queensland_9543"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62082	"Palustrine wetland Brisbane River catchment_South East Queensland_9544"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62083	"Palustrine wetland Brisbane River catchment_South East Queensland_9544"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62084	"Palustrine wetland Brisbane River catchment_South East Queensland_9544"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62085	"Palustrine wetland Brisbane River catchment_South East Queensland_9544"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62086	"Palustrine wetland Brisbane River catchment_South East Queensland_9544"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62087	"Palustrine wetland Brisbane River catchment_South East Queensland_9544"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62088	"Palustrine wetland Brisbane River catchment_South East Queensland_9544"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62089	"Palustrine wetland Brisbane River catchment_South East Queensland_9544"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62090	"Palustrine wetland Brisbane River catchment_South East Queensland_9544"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62091	"Riverine wetland Bremer River catchment_South East Queensland_9545"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62092	"Riverine wetland Bremer River catchment_South East Queensland_9545"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62093	"Riverine wetland Bremer River catchment_South East Queensland_9545"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62094	"Riverine wetland Bremer River catchment_South East Queensland_9545"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62095	"Riverine wetland Bremer River catchment_South East Queensland_9545"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62096	"Riverine wetland Bremer River catchment_South East Queensland_9545"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62097	"Riverine wetland Bremer River catchment_South East Queensland_9545"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62098	"Riverine wetland Bremer River catchment_South East Queensland_9545"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62099	"Riverine wetland Bremer River catchment_South East Queensland_9545"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62105	"Riverine wetland Brisbane River catchment_South East Queensland_9547"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62106	"Riverine wetland Brisbane River catchment_South East Queensland_9547"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62107	"Riverine wetland Brisbane River catchment_South East Queensland_9547"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62108	"Riverine wetland Brisbane River catchment_South East Queensland_9547"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62109	"Riverine wetland Brisbane River catchment_South East Queensland_9547"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62110	"Riverine wetland Brisbane River catchment_South East Queensland_9547"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62111	"Riverine wetland Brisbane River catchment_South East Queensland_9547"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62112	"Riverine wetland Brisbane River catchment_South East Queensland_9547"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62113	"Riverine wetland Brisbane River catchment_South East Queensland_9547"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62124	"Riverine wetland Logan River catchment_South East Queensland_9550"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62125	"Riverine wetland Logan River catchment_South East Queensland_9550"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62126	"Riverine wetland Logan River catchment_South East Queensland_9550"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62127	"Riverine wetland Logan River catchment_South East Queensland_9550"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62128	"Riverine wetland Logan River catchment_South East Queensland_9550"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62144	"Riverine wetland Logan River catchment_South East Queensland_9554"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62145	"Riverine wetland Logan River catchment_South East Queensland_9554"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62146	"Riverine wetland Logan River catchment_South East Queensland_9554"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62147	"Riverine wetland Logan River catchment_South East Queensland_9554"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62148	"Riverine wetland Logan River catchment_South East Queensland_9554"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62149	"Riverine wetland Bremer River catchment_South East Queensland_9555"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62150	"Riverine wetland Bremer River catchment_South East Queensland_9555"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62151	"Riverine wetland Bremer River catchment_South East Queensland_9555"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62152	"Riverine wetland Bremer River catchment_South East Queensland_9555"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62153	"Riverine wetland Bremer River catchment_South East Queensland_9555"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62154	"Riverine wetland Bremer River catchment_South East Queensland_9555"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62155	"Riverine wetland Bremer River catchment_South East Queensland_9555"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62156	"Riverine wetland Bremer River catchment_South East Queensland_9555"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62157	"Riverine wetland Bremer River catchment_South East Queensland_9555"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62158	"Riverine wetland Logan River catchment_South East Queensland_9556"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62159	"Riverine wetland Logan River catchment_South East Queensland_9556"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62160	"Riverine wetland Logan River catchment_South East Queensland_9556"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62161	"Riverine wetland Logan River catchment_South East Queensland_9556"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62162	"Riverine wetland Logan River catchment_South East Queensland_9556"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62168	"Riverine wetland Bremer River catchment_South East Queensland_9558"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62169	"Riverine wetland Bremer River catchment_South East Queensland_9558"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62170	"Riverine wetland Bremer River catchment_South East Queensland_9558"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62171	"Riverine wetland Bremer River catchment_South East Queensland_9558"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62172	"Riverine wetland Bremer River catchment_South East Queensland_9558"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62173	"Riverine wetland Bremer River catchment_South East Queensland_9558"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62174	"Riverine wetland Bremer River catchment_South East Queensland_9558"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62175	"Riverine wetland Bremer River catchment_South East Queensland_9558"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62176	"Riverine wetland Bremer River catchment_South East Queensland_9558"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62177	"Riverine wetland Bremer River catchment_South East Queensland_9558"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62178	"Riverine wetland Bremer River catchment_South East Queensland_9558"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62179	"Riverine wetland Bremer River catchment_South East Queensland_9558"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62180	"Riverine wetland Bremer River catchment_South East Queensland_9558"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62186	"Riverine wetland Bremer River catchment_South East Queensland_9560"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62187	"Riverine wetland Bremer River catchment_South East Queensland_9560"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62188	"Riverine wetland Bremer River catchment_South East Queensland_9560"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62189	"Riverine wetland Bremer River catchment_South East Queensland_9560"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62190	"Riverine wetland Bremer River catchment_South East Queensland_9560"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62191	"Riverine wetland Bremer River catchment_South East Queensland_9560"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62192	"Riverine wetland Bremer River catchment_South East Queensland_9560"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62193	"Riverine wetland Bremer River catchment_South East Queensland_9560"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62194	"Riverine wetland Bremer River catchment_South East Queensland_9560"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62195	"Riverine wetland Bremer River catchment_South East Queensland_9560"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62196	"Riverine wetland Bremer River catchment_South East Queensland_9560"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62197	"Riverine wetland Bremer River catchment_South East Queensland_9560"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62208	"Riverine wetland Logan River catchment_South East Queensland_9563"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62209	"Riverine wetland Logan River catchment_South East Queensland_9563"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62210	"Riverine wetland Logan River catchment_South East Queensland_9563"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62211	"Riverine wetland Logan River catchment_South East Queensland_9563"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62212	"Riverine wetland Logan River catchment_South East Queensland_9563"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62213	"Riverine wetland Logan River catchment_South East Queensland_9564"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62214	"Riverine wetland Logan River catchment_South East Queensland_9564"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62215	"Riverine wetland Logan River catchment_South East Queensland_9564"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62216	"Riverine wetland Logan River catchment_South East Queensland_9564"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62217	"Riverine wetland Logan River catchment_South East Queensland_9564"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62218	"Riverine wetland Brisbane River catchment_South East Queensland_9565"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62219	"Riverine wetland Brisbane River catchment_South East Queensland_9565"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62220	"Riverine wetland Brisbane River catchment_South East Queensland_9565"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62221	"Riverine wetland Brisbane River catchment_South East Queensland_9565"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62222	"Riverine wetland Brisbane River catchment_South East Queensland_9565"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62223	"Riverine wetland Brisbane River catchment_South East Queensland_9565"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62224	"Riverine wetland Brisbane River catchment_South East Queensland_9565"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62225	"Riverine wetland Brisbane River catchment_South East Queensland_9565"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62226	"Riverine wetland Brisbane River catchment_South East Queensland_9565"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62232	"Riverine wetland Logan River catchment_South East Queensland_9567"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62233	"Riverine wetland Logan River catchment_South East Queensland_9567"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62234	"Riverine wetland Logan River catchment_South East Queensland_9567"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62235	"Riverine wetland Logan River catchment_South East Queensland_9567"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62236	"Riverine wetland Logan River catchment_South East Queensland_9567"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62252	"Riverine wetland Logan River catchment_South East Queensland_9571"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62253	"Riverine wetland Logan River catchment_South East Queensland_9571"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62254	"Riverine wetland Logan River catchment_South East Queensland_9571"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62255	"Riverine wetland Logan River catchment_South East Queensland_9571"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62256	"Riverine wetland Logan River catchment_South East Queensland_9571"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62262	"Riverine wetland Logan River catchment_South East Queensland_9573"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62263	"Riverine wetland Logan River catchment_South East Queensland_9573"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62264	"Riverine wetland Logan River catchment_South East Queensland_9573"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62265	"Riverine wetland Logan River catchment_South East Queensland_9573"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62266	"Riverine wetland Logan River catchment_South East Queensland_9573"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62287	"Riverine wetland Bremer River catchment_South East Queensland_9578"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62288	"Riverine wetland Bremer River catchment_South East Queensland_9578"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62289	"Riverine wetland Bremer River catchment_South East Queensland_9578"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62290	"Riverine wetland Bremer River catchment_South East Queensland_9578"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62291	"Riverine wetland Bremer River catchment_South East Queensland_9578"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62292	"Riverine wetland Bremer River catchment_South East Queensland_9578"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62293	"Riverine wetland Bremer River catchment_South East Queensland_9578"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62294	"Riverine wetland Bremer River catchment_South East Queensland_9578"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62295	"Riverine wetland Bremer River catchment_South East Queensland_9578"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62296	"Riverine wetland Bremer River catchment_South East Queensland_9579"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62297	"Riverine wetland Bremer River catchment_South East Queensland_9579"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62298	"Riverine wetland Bremer River catchment_South East Queensland_9579"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62299	"Riverine wetland Bremer River catchment_South East Queensland_9579"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62300	"Riverine wetland Bremer River catchment_South East Queensland_9579"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62301	"Riverine wetland Logan River catchment_South East Queensland_9580"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62302	"Riverine wetland Logan River catchment_South East Queensland_9580"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62303	"Riverine wetland Logan River catchment_South East Queensland_9580"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62304	"Riverine wetland Logan River catchment_South East Queensland_9580"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62305	"Riverine wetland Logan River catchment_South East Queensland_9580"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62306	"Riverine wetland Logan River catchment_South East Queensland_9581"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62307	"Riverine wetland Logan River catchment_South East Queensland_9581"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62308	"Riverine wetland Logan River catchment_South East Queensland_9581"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62309	"Riverine wetland Logan River catchment_South East Queensland_9581"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62310	"Riverine wetland Logan River catchment_South East Queensland_9581"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62316	"Riverine wetland Bremer River catchment_South East Queensland_9583"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62317	"Riverine wetland Bremer River catchment_South East Queensland_9583"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62318	"Riverine wetland Bremer River catchment_South East Queensland_9583"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62319	"Riverine wetland Bremer River catchment_South East Queensland_9583"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62320	"Riverine wetland Bremer River catchment_South East Queensland_9583"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62321	"Riverine wetland Bremer River catchment_South East Queensland_9583"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62322	"Riverine wetland Bremer River catchment_South East Queensland_9583"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62323	"Riverine wetland Bremer River catchment_South East Queensland_9583"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62324	"Riverine wetland Bremer River catchment_South East Queensland_9583"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62325	"Riverine wetland Bremer River catchment_South East Queensland_9584"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62326	"Riverine wetland Bremer River catchment_South East Queensland_9584"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62327	"Riverine wetland Bremer River catchment_South East Queensland_9584"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62328	"Riverine wetland Bremer River catchment_South East Queensland_9584"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62329	"Riverine wetland Bremer River catchment_South East Queensland_9584"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62330	"Riverine wetland Bremer River catchment_South East Queensland_9584"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62331	"Riverine wetland Bremer River catchment_South East Queensland_9584"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62332	"Riverine wetland Bremer River catchment_South East Queensland_9584"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62333	"Riverine wetland Bremer River catchment_South East Queensland_9584"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62339	"Riverine wetland Logan River catchment_South East Queensland_9586"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62340	"Riverine wetland Logan River catchment_South East Queensland_9586"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62341	"Riverine wetland Logan River catchment_South East Queensland_9586"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62342	"Riverine wetland Logan River catchment_South East Queensland_9586"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62343	"Riverine wetland Logan River catchment_South East Queensland_9586"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62362	"Palustrine wetland Bremer River catchment_South East Queensland_9589"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62363	"Palustrine wetland Bremer River catchment_South East Queensland_9589"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62364	"Palustrine wetland Bremer River catchment_South East Queensland_9589"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62365	"Palustrine wetland Bremer River catchment_South East Queensland_9589"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62366	"Palustrine wetland Bremer River catchment_South East Queensland_9589"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62367	"Palustrine wetland Bremer River catchment_South East Queensland_9589"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62368	"Palustrine wetland Bremer River catchment_South East Queensland_9589"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62369	"Palustrine wetland Bremer River catchment_South East Queensland_9589"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62370	"Palustrine wetland Bremer River catchment_South East Queensland_9589"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62371	"Palustrine wetland Bremer River catchment_South East Queensland_9590"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62372	"Palustrine wetland Bremer River catchment_South East Queensland_9590"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62373	"Palustrine wetland Bremer River catchment_South East Queensland_9590"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62374	"Palustrine wetland Bremer River catchment_South East Queensland_9590"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62375	"Palustrine wetland Bremer River catchment_South East Queensland_9590"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62376	"Palustrine wetland Bremer River catchment_South East Queensland_9590"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62377	"Palustrine wetland Bremer River catchment_South East Queensland_9590"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62378	"Palustrine wetland Bremer River catchment_South East Queensland_9590"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62379	"Palustrine wetland Bremer River catchment_South East Queensland_9590"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62380	"Riverine wetland Bremer River catchment_South East Queensland_9591"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62381	"Riverine wetland Bremer River catchment_South East Queensland_9591"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62382	"Riverine wetland Bremer River catchment_South East Queensland_9591"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62383	"Riverine wetland Bremer River catchment_South East Queensland_9591"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62384	"Riverine wetland Bremer River catchment_South East Queensland_9591"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62385	"Riverine wetland Bremer River catchment_South East Queensland_9591"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62386	"Riverine wetland Bremer River catchment_South East Queensland_9591"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62387	"Riverine wetland Bremer River catchment_South East Queensland_9591"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62388	"Riverine wetland Bremer River catchment_South East Queensland_9591"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62389	"Riverine wetland Bremer River catchment_South East Queensland_9592"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62390	"Riverine wetland Bremer River catchment_South East Queensland_9592"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62391	"Riverine wetland Bremer River catchment_South East Queensland_9592"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62392	"Riverine wetland Bremer River catchment_South East Queensland_9592"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62393	"Riverine wetland Bremer River catchment_South East Queensland_9592"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62394	"Riverine wetland Bremer River catchment_South East Queensland_9592"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62395	"Riverine wetland Bremer River catchment_South East Queensland_9592"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62396	"Riverine wetland Bremer River catchment_South East Queensland_9592"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62397	"Riverine wetland Bremer River catchment_South East Queensland_9592"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62398	"Riverine wetland Logan River catchment_South East Queensland_9593"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62399	"Riverine wetland Logan River catchment_South East Queensland_9593"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62400	"Riverine wetland Logan River catchment_South East Queensland_9593"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62401	"Riverine wetland Logan River catchment_South East Queensland_9593"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62402	"Riverine wetland Logan River catchment_South East Queensland_9593"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62403	"Riverine wetland Bremer River catchment_South East Queensland_9594"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62404	"Riverine wetland Bremer River catchment_South East Queensland_9594"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62405	"Riverine wetland Bremer River catchment_South East Queensland_9594"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62406	"Riverine wetland Bremer River catchment_South East Queensland_9594"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62407	"Riverine wetland Bremer River catchment_South East Queensland_9594"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62413	"Riverine wetland Bremer River catchment_South East Queensland_9596"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62414	"Riverine wetland Bremer River catchment_South East Queensland_9596"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62415	"Riverine wetland Bremer River catchment_South East Queensland_9596"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62416	"Riverine wetland Bremer River catchment_South East Queensland_9596"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62417	"Riverine wetland Bremer River catchment_South East Queensland_9596"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62418	"Riverine wetland Bremer River catchment_South East Queensland_9596"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62419	"Riverine wetland Bremer River catchment_South East Queensland_9596"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62420	"Riverine wetland Bremer River catchment_South East Queensland_9596"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62421	"Riverine wetland Bremer River catchment_South East Queensland_9596"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62446	"Riverine wetland Logan River catchment_South East Queensland_9601"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62447	"Riverine wetland Logan River catchment_South East Queensland_9601"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62448	"Riverine wetland Logan River catchment_South East Queensland_9601"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62449	"Riverine wetland Logan River catchment_South East Queensland_9601"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62450	"Riverine wetland Logan River catchment_South East Queensland_9601"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62451	"Riverine wetland Logan River catchment_South East Queensland_9601"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62452	"Riverine wetland Logan River catchment_South East Queensland_9601"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62453	"Riverine wetland Logan River catchment_South East Queensland_9601"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62454	"Riverine wetland Logan River catchment_South East Queensland_9601"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62455	"Riverine wetland Logan River catchment_South East Queensland_9602"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62456	"Riverine wetland Logan River catchment_South East Queensland_9602"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62457	"Riverine wetland Logan River catchment_South East Queensland_9602"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62458	"Riverine wetland Logan River catchment_South East Queensland_9602"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62459	"Riverine wetland Logan River catchment_South East Queensland_9602"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62460	"Riverine wetland Logan River catchment_South East Queensland_9602"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62461	"Riverine wetland Logan River catchment_South East Queensland_9602"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62462	"Riverine wetland Logan River catchment_South East Queensland_9602"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62463	"Riverine wetland Logan River catchment_South East Queensland_9602"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62464	"Riverine wetland Logan River catchment_South East Queensland_9603"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62465	"Riverine wetland Logan River catchment_South East Queensland_9603"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62466	"Riverine wetland Logan River catchment_South East Queensland_9603"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62467	"Riverine wetland Logan River catchment_South East Queensland_9603"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62468	"Riverine wetland Logan River catchment_South East Queensland_9603"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62469	"Riverine wetland Logan River catchment_South East Queensland_9603"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62470	"Riverine wetland Logan River catchment_South East Queensland_9603"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62471	"Riverine wetland Logan River catchment_South East Queensland_9603"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62472	"Riverine wetland Logan River catchment_South East Queensland_9603"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62473	"Riverine wetland Logan River catchment_South East Queensland_9604"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62474	"Riverine wetland Logan River catchment_South East Queensland_9604"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62475	"Riverine wetland Logan River catchment_South East Queensland_9604"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62476	"Riverine wetland Logan River catchment_South East Queensland_9604"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62477	"Riverine wetland Logan River catchment_South East Queensland_9604"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62478	"Riverine wetland Logan River catchment_South East Queensland_9604"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62479	"Riverine wetland Logan River catchment_South East Queensland_9604"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62480	"Riverine wetland Logan River catchment_South East Queensland_9604"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62481	"Riverine wetland Logan River catchment_South East Queensland_9604"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62482	"Riverine wetland Logan River catchment_South East Queensland_9605"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62483	"Riverine wetland Logan River catchment_South East Queensland_9605"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62484	"Riverine wetland Logan River catchment_South East Queensland_9605"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62485	"Riverine wetland Logan River catchment_South East Queensland_9605"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62486	"Riverine wetland Logan River catchment_South East Queensland_9605"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62487	"Riverine wetland Logan River catchment_South East Queensland_9605"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62488	"Riverine wetland Logan River catchment_South East Queensland_9605"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62489	"Riverine wetland Logan River catchment_South East Queensland_9605"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62490	"Riverine wetland Logan River catchment_South East Queensland_9605"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62491	"Riverine wetland Logan River catchment_South East Queensland_9606"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62492	"Riverine wetland Logan River catchment_South East Queensland_9606"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62493	"Riverine wetland Logan River catchment_South East Queensland_9606"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62494	"Riverine wetland Logan River catchment_South East Queensland_9606"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62495	"Riverine wetland Logan River catchment_South East Queensland_9606"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62496	"Riverine wetland Logan River catchment_South East Queensland_9606"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62497	"Riverine wetland Logan River catchment_South East Queensland_9606"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62498	"Riverine wetland Logan River catchment_South East Queensland_9606"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62499	"Riverine wetland Logan River catchment_South East Queensland_9606"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62500	"Riverine wetland Logan River catchment_South East Queensland_9607"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62501	"Riverine wetland Logan River catchment_South East Queensland_9607"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62502	"Riverine wetland Logan River catchment_South East Queensland_9607"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62503	"Riverine wetland Logan River catchment_South East Queensland_9607"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62504	"Riverine wetland Logan River catchment_South East Queensland_9607"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62505	"Riverine wetland Logan River catchment_South East Queensland_9607"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62506	"Riverine wetland Logan River catchment_South East Queensland_9607"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62507	"Riverine wetland Logan River catchment_South East Queensland_9607"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62508	"Riverine wetland Logan River catchment_South East Queensland_9607"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62509	"Riverine wetland Logan River catchment_South East Queensland_9608"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62510	"Riverine wetland Logan River catchment_South East Queensland_9608"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62511	"Riverine wetland Logan River catchment_South East Queensland_9608"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62512	"Riverine wetland Logan River catchment_South East Queensland_9608"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62513	"Riverine wetland Logan River catchment_South East Queensland_9608"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62514	"Riverine wetland Logan River catchment_South East Queensland_9608"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62515	"Riverine wetland Logan River catchment_South East Queensland_9608"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62516	"Riverine wetland Logan River catchment_South East Queensland_9608"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62517	"Riverine wetland Logan River catchment_South East Queensland_9608"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62518	"Riverine wetland Logan River catchment_South East Queensland_9609"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62519	"Riverine wetland Logan River catchment_South East Queensland_9609"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62520	"Riverine wetland Logan River catchment_South East Queensland_9609"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62521	"Riverine wetland Logan River catchment_South East Queensland_9609"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62522	"Riverine wetland Logan River catchment_South East Queensland_9609"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62523	"Riverine wetland Logan River catchment_South East Queensland_9609"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62524	"Riverine wetland Logan River catchment_South East Queensland_9609"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62525	"Riverine wetland Logan River catchment_South East Queensland_9609"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62526	"Riverine wetland Logan River catchment_South East Queensland_9609"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62527	"Riverine wetland Logan River catchment_South East Queensland_9610"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62528	"Riverine wetland Logan River catchment_South East Queensland_9610"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62529	"Riverine wetland Logan River catchment_South East Queensland_9610"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62530	"Riverine wetland Logan River catchment_South East Queensland_9610"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62531	"Riverine wetland Logan River catchment_South East Queensland_9610"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62532	"Riverine wetland Logan River catchment_South East Queensland_9610"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62533	"Riverine wetland Logan River catchment_South East Queensland_9610"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62534	"Riverine wetland Logan River catchment_South East Queensland_9610"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62535	"Riverine wetland Logan River catchment_South East Queensland_9610"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62536	"Riverine wetland Logan River catchment_South East Queensland_9611"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62537	"Riverine wetland Logan River catchment_South East Queensland_9611"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62538	"Riverine wetland Logan River catchment_South East Queensland_9611"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62539	"Riverine wetland Logan River catchment_South East Queensland_9611"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62540	"Riverine wetland Logan River catchment_South East Queensland_9611"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62541	"Riverine wetland Logan River catchment_South East Queensland_9611"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62542	"Riverine wetland Logan River catchment_South East Queensland_9611"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62543	"Riverine wetland Logan River catchment_South East Queensland_9611"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62544	"Riverine wetland Logan River catchment_South East Queensland_9611"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62545	"Riverine wetland Logan River catchment_South East Queensland_9612"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62546	"Riverine wetland Logan River catchment_South East Queensland_9612"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62547	"Riverine wetland Logan River catchment_South East Queensland_9612"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62548	"Riverine wetland Logan River catchment_South East Queensland_9612"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62549	"Riverine wetland Logan River catchment_South East Queensland_9612"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62550	"Riverine wetland Logan River catchment_South East Queensland_9612"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62551	"Riverine wetland Logan River catchment_South East Queensland_9612"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62552	"Riverine wetland Logan River catchment_South East Queensland_9612"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62553	"Riverine wetland Logan River catchment_South East Queensland_9612"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62554	"Riverine wetland Logan River catchment_South East Queensland_9613"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62555	"Riverine wetland Logan River catchment_South East Queensland_9613"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62556	"Riverine wetland Logan River catchment_South East Queensland_9613"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62557	"Riverine wetland Logan River catchment_South East Queensland_9613"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62558	"Riverine wetland Logan River catchment_South East Queensland_9613"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62559	"Riverine wetland Logan River catchment_South East Queensland_9613"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62560	"Riverine wetland Logan River catchment_South East Queensland_9613"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62561	"Riverine wetland Logan River catchment_South East Queensland_9613"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62562	"Riverine wetland Logan River catchment_South East Queensland_9613"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62563	"Riverine wetland Logan River catchment_South East Queensland_9614"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62564	"Riverine wetland Logan River catchment_South East Queensland_9614"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62565	"Riverine wetland Logan River catchment_South East Queensland_9614"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62566	"Riverine wetland Logan River catchment_South East Queensland_9614"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62567	"Riverine wetland Logan River catchment_South East Queensland_9614"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62568	"Riverine wetland Logan River catchment_South East Queensland_9614"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62569	"Riverine wetland Logan River catchment_South East Queensland_9614"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62570	"Riverine wetland Logan River catchment_South East Queensland_9614"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62571	"Riverine wetland Logan River catchment_South East Queensland_9614"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62572	"Riverine wetland Logan River catchment_South East Queensland_9615"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62573	"Riverine wetland Logan River catchment_South East Queensland_9615"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62574	"Riverine wetland Logan River catchment_South East Queensland_9615"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62575	"Riverine wetland Logan River catchment_South East Queensland_9615"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62576	"Riverine wetland Logan River catchment_South East Queensland_9615"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62577	"Riverine wetland Logan River catchment_South East Queensland_9615"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62578	"Riverine wetland Logan River catchment_South East Queensland_9615"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62579	"Riverine wetland Logan River catchment_South East Queensland_9615"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62580	"Riverine wetland Logan River catchment_South East Queensland_9615"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62581	"Riverine wetland Logan River catchment_South East Queensland_9616"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62582	"Riverine wetland Logan River catchment_South East Queensland_9616"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62583	"Riverine wetland Logan River catchment_South East Queensland_9616"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62584	"Riverine wetland Logan River catchment_South East Queensland_9616"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62585	"Riverine wetland Logan River catchment_South East Queensland_9616"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62586	"Riverine wetland Logan River catchment_South East Queensland_9616"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62587	"Riverine wetland Logan River catchment_South East Queensland_9616"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62588	"Riverine wetland Logan River catchment_South East Queensland_9616"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62589	"Riverine wetland Logan River catchment_South East Queensland_9616"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62590	"Riverine wetland Logan River catchment_South East Queensland_9617"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62591	"Riverine wetland Logan River catchment_South East Queensland_9617"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62592	"Riverine wetland Logan River catchment_South East Queensland_9617"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62593	"Riverine wetland Logan River catchment_South East Queensland_9617"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62594	"Riverine wetland Logan River catchment_South East Queensland_9617"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62595	"Riverine wetland Logan River catchment_South East Queensland_9617"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62596	"Riverine wetland Logan River catchment_South East Queensland_9617"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62597	"Riverine wetland Logan River catchment_South East Queensland_9617"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62598	"Riverine wetland Logan River catchment_South East Queensland_9617"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62599	"Riverine wetland Logan River catchment_South East Queensland_9618"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62600	"Riverine wetland Logan River catchment_South East Queensland_9618"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62601	"Riverine wetland Logan River catchment_South East Queensland_9618"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62602	"Riverine wetland Logan River catchment_South East Queensland_9618"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62603	"Riverine wetland Logan River catchment_South East Queensland_9618"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62604	"Riverine wetland Logan River catchment_South East Queensland_9618"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62605	"Riverine wetland Logan River catchment_South East Queensland_9618"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62606	"Riverine wetland Logan River catchment_South East Queensland_9618"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62607	"Riverine wetland Logan River catchment_South East Queensland_9618"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62608	"Riverine wetland Logan River catchment_South East Queensland_9619"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62609	"Riverine wetland Logan River catchment_South East Queensland_9619"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62610	"Riverine wetland Logan River catchment_South East Queensland_9619"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62611	"Riverine wetland Logan River catchment_South East Queensland_9619"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62612	"Riverine wetland Logan River catchment_South East Queensland_9619"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62613	"Riverine wetland Logan River catchment_South East Queensland_9619"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62614	"Riverine wetland Logan River catchment_South East Queensland_9619"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62615	"Riverine wetland Logan River catchment_South East Queensland_9619"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62616	"Riverine wetland Logan River catchment_South East Queensland_9619"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62617	"Riverine wetland Logan River catchment_South East Queensland_9620"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62618	"Riverine wetland Logan River catchment_South East Queensland_9620"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62619	"Riverine wetland Logan River catchment_South East Queensland_9620"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62620	"Riverine wetland Logan River catchment_South East Queensland_9620"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62621	"Riverine wetland Logan River catchment_South East Queensland_9620"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62622	"Riverine wetland Logan River catchment_South East Queensland_9620"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62623	"Riverine wetland Logan River catchment_South East Queensland_9620"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62624	"Riverine wetland Logan River catchment_South East Queensland_9620"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62625	"Riverine wetland Logan River catchment_South East Queensland_9620"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62626	"Riverine wetland Logan River catchment_South East Queensland_9621"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62627	"Riverine wetland Logan River catchment_South East Queensland_9621"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62628	"Riverine wetland Logan River catchment_South East Queensland_9621"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62629	"Riverine wetland Logan River catchment_South East Queensland_9621"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62630	"Riverine wetland Logan River catchment_South East Queensland_9621"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62631	"Riverine wetland Logan River catchment_South East Queensland_9621"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62632	"Riverine wetland Logan River catchment_South East Queensland_9621"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62633	"Riverine wetland Logan River catchment_South East Queensland_9621"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62634	"Riverine wetland Logan River catchment_South East Queensland_9621"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62635	"Riverine wetland Logan River catchment_South East Queensland_9622"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62636	"Riverine wetland Logan River catchment_South East Queensland_9622"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62637	"Riverine wetland Logan River catchment_South East Queensland_9622"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62638	"Riverine wetland Logan River catchment_South East Queensland_9622"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62639	"Riverine wetland Logan River catchment_South East Queensland_9622"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62640	"Riverine wetland Logan River catchment_South East Queensland_9622"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62641	"Riverine wetland Logan River catchment_South East Queensland_9622"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62642	"Riverine wetland Logan River catchment_South East Queensland_9622"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62643	"Riverine wetland Logan River catchment_South East Queensland_9622"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62644	"Riverine wetland Logan River catchment_South East Queensland_9623"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62645	"Riverine wetland Logan River catchment_South East Queensland_9623"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62646	"Riverine wetland Logan River catchment_South East Queensland_9623"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62647	"Riverine wetland Logan River catchment_South East Queensland_9623"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62648	"Riverine wetland Logan River catchment_South East Queensland_9623"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62649	"Riverine wetland Logan River catchment_South East Queensland_9623"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62650	"Riverine wetland Logan River catchment_South East Queensland_9623"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62651	"Riverine wetland Logan River catchment_South East Queensland_9623"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62652	"Riverine wetland Logan River catchment_South East Queensland_9623"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62653	"Riverine wetland Logan River catchment_South East Queensland_9624"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62654	"Riverine wetland Logan River catchment_South East Queensland_9624"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62655	"Riverine wetland Logan River catchment_South East Queensland_9624"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62656	"Riverine wetland Logan River catchment_South East Queensland_9624"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62657	"Riverine wetland Logan River catchment_South East Queensland_9624"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62658	"Riverine wetland Logan River catchment_South East Queensland_9624"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62659	"Riverine wetland Logan River catchment_South East Queensland_9624"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62660	"Riverine wetland Logan River catchment_South East Queensland_9624"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62661	"Riverine wetland Logan River catchment_South East Queensland_9624"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62662	"Riverine wetland Logan River catchment_South East Queensland_9625"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62663	"Riverine wetland Logan River catchment_South East Queensland_9625"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62664	"Riverine wetland Logan River catchment_South East Queensland_9625"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62665	"Riverine wetland Logan River catchment_South East Queensland_9625"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62666	"Riverine wetland Logan River catchment_South East Queensland_9625"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62667	"Riverine wetland Logan River catchment_South East Queensland_9625"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62668	"Riverine wetland Logan River catchment_South East Queensland_9625"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62669	"Riverine wetland Logan River catchment_South East Queensland_9625"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62670	"Riverine wetland Logan River catchment_South East Queensland_9625"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62671	"Riverine wetland Logan River catchment_South East Queensland_9626"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62672	"Riverine wetland Logan River catchment_South East Queensland_9626"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62673	"Riverine wetland Logan River catchment_South East Queensland_9626"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62674	"Riverine wetland Logan River catchment_South East Queensland_9626"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62675	"Riverine wetland Logan River catchment_South East Queensland_9626"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62676	"Riverine wetland Logan River catchment_South East Queensland_9626"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62677	"Riverine wetland Logan River catchment_South East Queensland_9626"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62678	"Riverine wetland Logan River catchment_South East Queensland_9626"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62679	"Riverine wetland Logan River catchment_South East Queensland_9626"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62680	"Riverine wetland Logan River catchment_South East Queensland_9627"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62681	"Riverine wetland Logan River catchment_South East Queensland_9627"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62682	"Riverine wetland Logan River catchment_South East Queensland_9627"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62683	"Riverine wetland Logan River catchment_South East Queensland_9627"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62684	"Riverine wetland Logan River catchment_South East Queensland_9627"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62685	"Riverine wetland Logan River catchment_South East Queensland_9627"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62686	"Riverine wetland Logan River catchment_South East Queensland_9627"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62687	"Riverine wetland Logan River catchment_South East Queensland_9627"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62688	"Riverine wetland Logan River catchment_South East Queensland_9627"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62689	"Riverine wetland Logan River catchment_South East Queensland_9628"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62690	"Riverine wetland Logan River catchment_South East Queensland_9628"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62691	"Riverine wetland Logan River catchment_South East Queensland_9628"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62692	"Riverine wetland Logan River catchment_South East Queensland_9628"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62693	"Riverine wetland Logan River catchment_South East Queensland_9628"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62694	"Riverine wetland Logan River catchment_South East Queensland_9628"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62695	"Riverine wetland Logan River catchment_South East Queensland_9628"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62696	"Riverine wetland Logan River catchment_South East Queensland_9628"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62697	"Riverine wetland Logan River catchment_South East Queensland_9628"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62698	"Riverine wetland Logan River catchment_South East Queensland_9629"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62699	"Riverine wetland Logan River catchment_South East Queensland_9629"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62700	"Riverine wetland Logan River catchment_South East Queensland_9629"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62701	"Riverine wetland Logan River catchment_South East Queensland_9629"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62702	"Riverine wetland Logan River catchment_South East Queensland_9629"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62703	"Riverine wetland Logan River catchment_South East Queensland_9629"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62704	"Riverine wetland Logan River catchment_South East Queensland_9629"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62705	"Riverine wetland Logan River catchment_South East Queensland_9629"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62706	"Riverine wetland Logan River catchment_South East Queensland_9629"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62707	"Riverine wetland Logan River catchment_South East Queensland_9630"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62708	"Riverine wetland Logan River catchment_South East Queensland_9630"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62709	"Riverine wetland Logan River catchment_South East Queensland_9630"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62710	"Riverine wetland Logan River catchment_South East Queensland_9630"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62711	"Riverine wetland Logan River catchment_South East Queensland_9630"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62712	"Riverine wetland Logan River catchment_South East Queensland_9630"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62713	"Riverine wetland Logan River catchment_South East Queensland_9630"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62714	"Riverine wetland Logan River catchment_South East Queensland_9630"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62715	"Riverine wetland Logan River catchment_South East Queensland_9630"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62716	"Riverine wetland Logan River catchment_South East Queensland_9631"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62717	"Riverine wetland Logan River catchment_South East Queensland_9631"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62718	"Riverine wetland Logan River catchment_South East Queensland_9631"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62719	"Riverine wetland Logan River catchment_South East Queensland_9631"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62720	"Riverine wetland Logan River catchment_South East Queensland_9631"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62721	"Riverine wetland Logan River catchment_South East Queensland_9631"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62722	"Riverine wetland Logan River catchment_South East Queensland_9631"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62723	"Riverine wetland Logan River catchment_South East Queensland_9631"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62724	"Riverine wetland Logan River catchment_South East Queensland_9631"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62725	"Riverine wetland Logan River catchment_South East Queensland_9632"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62726	"Riverine wetland Logan River catchment_South East Queensland_9632"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62727	"Riverine wetland Logan River catchment_South East Queensland_9632"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62728	"Riverine wetland Logan River catchment_South East Queensland_9632"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62729	"Riverine wetland Logan River catchment_South East Queensland_9632"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62730	"Riverine wetland Logan River catchment_South East Queensland_9632"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62731	"Riverine wetland Logan River catchment_South East Queensland_9632"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62732	"Riverine wetland Logan River catchment_South East Queensland_9632"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62733	"Riverine wetland Logan River catchment_South East Queensland_9632"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62734	"Riverine wetland Logan River catchment_South East Queensland_9633"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62735	"Riverine wetland Logan River catchment_South East Queensland_9633"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62736	"Riverine wetland Logan River catchment_South East Queensland_9633"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62737	"Riverine wetland Logan River catchment_South East Queensland_9633"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62738	"Riverine wetland Logan River catchment_South East Queensland_9633"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62739	"Riverine wetland Logan River catchment_South East Queensland_9633"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62740	"Riverine wetland Logan River catchment_South East Queensland_9633"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62741	"Riverine wetland Logan River catchment_South East Queensland_9633"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62742	"Riverine wetland Logan River catchment_South East Queensland_9633"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62743	"Riverine wetland Logan River catchment_South East Queensland_9634"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62744	"Riverine wetland Logan River catchment_South East Queensland_9634"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62745	"Riverine wetland Logan River catchment_South East Queensland_9634"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62746	"Riverine wetland Logan River catchment_South East Queensland_9634"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62747	"Riverine wetland Logan River catchment_South East Queensland_9634"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62748	"Riverine wetland Logan River catchment_South East Queensland_9634"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62749	"Riverine wetland Logan River catchment_South East Queensland_9634"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62750	"Riverine wetland Logan River catchment_South East Queensland_9634"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62751	"Riverine wetland Logan River catchment_South East Queensland_9634"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62752	"Riverine wetland Logan River catchment_South East Queensland_9635"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62753	"Riverine wetland Logan River catchment_South East Queensland_9635"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62754	"Riverine wetland Logan River catchment_South East Queensland_9635"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62755	"Riverine wetland Logan River catchment_South East Queensland_9635"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62756	"Riverine wetland Logan River catchment_South East Queensland_9635"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62757	"Riverine wetland Logan River catchment_South East Queensland_9635"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62758	"Riverine wetland Logan River catchment_South East Queensland_9635"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62759	"Riverine wetland Logan River catchment_South East Queensland_9635"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62760	"Riverine wetland Logan River catchment_South East Queensland_9635"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62761	"Riverine wetland Logan River catchment_South East Queensland_9636"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62762	"Riverine wetland Logan River catchment_South East Queensland_9636"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62763	"Riverine wetland Logan River catchment_South East Queensland_9636"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62764	"Riverine wetland Logan River catchment_South East Queensland_9636"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62765	"Riverine wetland Logan River catchment_South East Queensland_9636"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62766	"Riverine wetland Logan River catchment_South East Queensland_9636"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62767	"Riverine wetland Logan River catchment_South East Queensland_9636"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62768	"Riverine wetland Logan River catchment_South East Queensland_9636"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62769	"Riverine wetland Logan River catchment_South East Queensland_9636"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62770	"Riverine wetland Logan River catchment_South East Queensland_9637"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62771	"Riverine wetland Logan River catchment_South East Queensland_9637"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62772	"Riverine wetland Logan River catchment_South East Queensland_9637"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62773	"Riverine wetland Logan River catchment_South East Queensland_9637"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62774	"Riverine wetland Logan River catchment_South East Queensland_9637"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62775	"Riverine wetland Logan River catchment_South East Queensland_9637"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62776	"Riverine wetland Logan River catchment_South East Queensland_9637"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62777	"Riverine wetland Logan River catchment_South East Queensland_9637"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62778	"Riverine wetland Logan River catchment_South East Queensland_9637"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62779	"Riverine wetland Logan River catchment_South East Queensland_9638"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62780	"Riverine wetland Logan River catchment_South East Queensland_9638"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62781	"Riverine wetland Logan River catchment_South East Queensland_9638"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62782	"Riverine wetland Logan River catchment_South East Queensland_9638"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62783	"Riverine wetland Logan River catchment_South East Queensland_9638"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62784	"Riverine wetland Logan River catchment_South East Queensland_9638"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62785	"Riverine wetland Logan River catchment_South East Queensland_9638"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62786	"Riverine wetland Logan River catchment_South East Queensland_9638"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62787	"Riverine wetland Logan River catchment_South East Queensland_9638"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62788	"Riverine wetland Logan River catchment_South East Queensland_9639"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62789	"Riverine wetland Logan River catchment_South East Queensland_9639"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62790	"Riverine wetland Logan River catchment_South East Queensland_9639"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62791	"Riverine wetland Logan River catchment_South East Queensland_9639"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62792	"Riverine wetland Logan River catchment_South East Queensland_9639"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62793	"Riverine wetland Logan River catchment_South East Queensland_9639"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62794	"Riverine wetland Logan River catchment_South East Queensland_9639"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62795	"Riverine wetland Logan River catchment_South East Queensland_9639"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62796	"Riverine wetland Logan River catchment_South East Queensland_9639"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62797	"Riverine wetland Logan River catchment_South East Queensland_9640"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62798	"Riverine wetland Logan River catchment_South East Queensland_9640"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62799	"Riverine wetland Logan River catchment_South East Queensland_9640"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62800	"Riverine wetland Logan River catchment_South East Queensland_9640"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62801	"Riverine wetland Logan River catchment_South East Queensland_9640"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62802	"Riverine wetland Logan River catchment_South East Queensland_9640"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62803	"Riverine wetland Logan River catchment_South East Queensland_9640"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62804	"Riverine wetland Logan River catchment_South East Queensland_9640"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62805	"Riverine wetland Logan River catchment_South East Queensland_9640"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62806	"Riverine wetland Logan River catchment_South East Queensland_9641"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62807	"Riverine wetland Logan River catchment_South East Queensland_9641"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62808	"Riverine wetland Logan River catchment_South East Queensland_9641"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62809	"Riverine wetland Logan River catchment_South East Queensland_9641"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62810	"Riverine wetland Logan River catchment_South East Queensland_9641"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62811	"Riverine wetland Logan River catchment_South East Queensland_9641"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62812	"Riverine wetland Logan River catchment_South East Queensland_9641"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62813	"Riverine wetland Logan River catchment_South East Queensland_9641"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62814	"Riverine wetland Logan River catchment_South East Queensland_9641"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62815	"Riverine wetland Logan River catchment_South East Queensland_9642"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62816	"Riverine wetland Logan River catchment_South East Queensland_9642"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62817	"Riverine wetland Logan River catchment_South East Queensland_9642"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62818	"Riverine wetland Logan River catchment_South East Queensland_9642"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62819	"Riverine wetland Logan River catchment_South East Queensland_9642"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62820	"Riverine wetland Logan River catchment_South East Queensland_9642"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62821	"Riverine wetland Logan River catchment_South East Queensland_9642"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62822	"Riverine wetland Logan River catchment_South East Queensland_9642"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62823	"Riverine wetland Logan River catchment_South East Queensland_9642"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62824	"Riverine wetland Logan River catchment_South East Queensland_9643"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62825	"Riverine wetland Logan River catchment_South East Queensland_9643"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62826	"Riverine wetland Logan River catchment_South East Queensland_9643"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62827	"Riverine wetland Logan River catchment_South East Queensland_9643"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62828	"Riverine wetland Logan River catchment_South East Queensland_9643"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62829	"Riverine wetland Logan River catchment_South East Queensland_9643"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62830	"Riverine wetland Logan River catchment_South East Queensland_9643"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62831	"Riverine wetland Logan River catchment_South East Queensland_9643"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62832	"Riverine wetland Logan River catchment_South East Queensland_9643"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62833	"Riverine wetland Logan River catchment_South East Queensland_9644"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62834	"Riverine wetland Logan River catchment_South East Queensland_9644"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62835	"Riverine wetland Logan River catchment_South East Queensland_9644"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62836	"Riverine wetland Logan River catchment_South East Queensland_9644"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62837	"Riverine wetland Logan River catchment_South East Queensland_9644"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62838	"Riverine wetland Logan River catchment_South East Queensland_9644"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62839	"Riverine wetland Logan River catchment_South East Queensland_9644"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62840	"Riverine wetland Logan River catchment_South East Queensland_9644"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62841	"Riverine wetland Logan River catchment_South East Queensland_9644"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62842	"Riverine wetland Logan River catchment_South East Queensland_9645"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62843	"Riverine wetland Logan River catchment_South East Queensland_9645"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62844	"Riverine wetland Logan River catchment_South East Queensland_9645"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62845	"Riverine wetland Logan River catchment_South East Queensland_9645"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62846	"Riverine wetland Logan River catchment_South East Queensland_9645"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62847	"Riverine wetland Logan River catchment_South East Queensland_9645"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62848	"Riverine wetland Logan River catchment_South East Queensland_9645"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62849	"Riverine wetland Logan River catchment_South East Queensland_9645"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62850	"Riverine wetland Logan River catchment_South East Queensland_9645"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62851	"Riverine wetland Logan River catchment_South East Queensland_9646"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62852	"Riverine wetland Logan River catchment_South East Queensland_9646"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62853	"Riverine wetland Logan River catchment_South East Queensland_9646"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62854	"Riverine wetland Logan River catchment_South East Queensland_9646"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62855	"Riverine wetland Logan River catchment_South East Queensland_9646"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62856	"Riverine wetland Logan River catchment_South East Queensland_9646"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62857	"Riverine wetland Logan River catchment_South East Queensland_9646"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62858	"Riverine wetland Logan River catchment_South East Queensland_9646"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62859	"Riverine wetland Logan River catchment_South East Queensland_9646"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62860	"Riverine wetland Logan River catchment_South East Queensland_9647"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62861	"Riverine wetland Logan River catchment_South East Queensland_9647"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62862	"Riverine wetland Logan River catchment_South East Queensland_9647"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62863	"Riverine wetland Logan River catchment_South East Queensland_9647"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62864	"Riverine wetland Logan River catchment_South East Queensland_9647"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62865	"Riverine wetland Logan River catchment_South East Queensland_9647"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62866	"Riverine wetland Logan River catchment_South East Queensland_9647"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62867	"Riverine wetland Logan River catchment_South East Queensland_9647"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62868	"Riverine wetland Logan River catchment_South East Queensland_9647"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62869	"Riverine wetland Logan River catchment_South East Queensland_9648"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62870	"Riverine wetland Logan River catchment_South East Queensland_9648"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62871	"Riverine wetland Logan River catchment_South East Queensland_9648"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62872	"Riverine wetland Logan River catchment_South East Queensland_9648"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62873	"Riverine wetland Logan River catchment_South East Queensland_9648"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62874	"Riverine wetland Logan River catchment_South East Queensland_9648"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62875	"Riverine wetland Logan River catchment_South East Queensland_9648"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62876	"Riverine wetland Logan River catchment_South East Queensland_9648"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62877	"Riverine wetland Logan River catchment_South East Queensland_9648"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62878	"Riverine wetland Logan River catchment_South East Queensland_9649"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62879	"Riverine wetland Logan River catchment_South East Queensland_9649"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62880	"Riverine wetland Logan River catchment_South East Queensland_9649"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62881	"Riverine wetland Logan River catchment_South East Queensland_9649"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62882	"Riverine wetland Logan River catchment_South East Queensland_9649"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62883	"Riverine wetland Logan River catchment_South East Queensland_9649"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62884	"Riverine wetland Logan River catchment_South East Queensland_9649"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62885	"Riverine wetland Logan River catchment_South East Queensland_9649"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62886	"Riverine wetland Logan River catchment_South East Queensland_9649"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62887	"Riverine wetland Logan River catchment_South East Queensland_9650"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62888	"Riverine wetland Logan River catchment_South East Queensland_9650"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62889	"Riverine wetland Logan River catchment_South East Queensland_9650"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62890	"Riverine wetland Logan River catchment_South East Queensland_9650"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62891	"Riverine wetland Logan River catchment_South East Queensland_9650"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62892	"Riverine wetland Logan River catchment_South East Queensland_9650"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62893	"Riverine wetland Logan River catchment_South East Queensland_9650"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62894	"Riverine wetland Logan River catchment_South East Queensland_9650"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62895	"Riverine wetland Logan River catchment_South East Queensland_9650"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62896	"Riverine wetland Logan River catchment_South East Queensland_9651"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62897	"Riverine wetland Logan River catchment_South East Queensland_9651"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62898	"Riverine wetland Logan River catchment_South East Queensland_9651"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62899	"Riverine wetland Logan River catchment_South East Queensland_9651"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62900	"Riverine wetland Logan River catchment_South East Queensland_9651"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62901	"Riverine wetland Logan River catchment_South East Queensland_9651"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62902	"Riverine wetland Logan River catchment_South East Queensland_9651"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62903	"Riverine wetland Logan River catchment_South East Queensland_9651"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62904	"Riverine wetland Logan River catchment_South East Queensland_9651"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62905	"Riverine wetland Logan River catchment_South East Queensland_9652"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62906	"Riverine wetland Logan River catchment_South East Queensland_9652"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62907	"Riverine wetland Logan River catchment_South East Queensland_9652"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62908	"Riverine wetland Logan River catchment_South East Queensland_9652"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62909	"Riverine wetland Logan River catchment_South East Queensland_9652"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62910	"Riverine wetland Logan River catchment_South East Queensland_9652"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62911	"Riverine wetland Logan River catchment_South East Queensland_9652"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62912	"Riverine wetland Logan River catchment_South East Queensland_9652"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62913	"Riverine wetland Logan River catchment_South East Queensland_9652"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62914	"Riverine wetland Logan River catchment_South East Queensland_9653"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62915	"Riverine wetland Logan River catchment_South East Queensland_9653"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62916	"Riverine wetland Logan River catchment_South East Queensland_9653"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62917	"Riverine wetland Logan River catchment_South East Queensland_9653"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62918	"Riverine wetland Logan River catchment_South East Queensland_9653"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62919	"Riverine wetland Logan River catchment_South East Queensland_9653"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62920	"Riverine wetland Logan River catchment_South East Queensland_9653"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62921	"Riverine wetland Logan River catchment_South East Queensland_9653"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62922	"Riverine wetland Logan River catchment_South East Queensland_9653"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62923	"Riverine wetland Logan River catchment_South East Queensland_9654"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62924	"Riverine wetland Logan River catchment_South East Queensland_9654"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62925	"Riverine wetland Logan River catchment_South East Queensland_9654"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62926	"Riverine wetland Logan River catchment_South East Queensland_9654"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62927	"Riverine wetland Logan River catchment_South East Queensland_9654"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62928	"Riverine wetland Logan River catchment_South East Queensland_9654"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62929	"Riverine wetland Logan River catchment_South East Queensland_9654"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62930	"Riverine wetland Logan River catchment_South East Queensland_9654"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62931	"Riverine wetland Logan River catchment_South East Queensland_9654"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62932	"Riverine wetland Logan River catchment_South East Queensland_9655"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62933	"Riverine wetland Logan River catchment_South East Queensland_9655"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62934	"Riverine wetland Logan River catchment_South East Queensland_9655"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62935	"Riverine wetland Logan River catchment_South East Queensland_9655"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62936	"Riverine wetland Logan River catchment_South East Queensland_9655"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62937	"Riverine wetland Logan River catchment_South East Queensland_9655"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62938	"Riverine wetland Logan River catchment_South East Queensland_9655"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62939	"Riverine wetland Logan River catchment_South East Queensland_9655"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62940	"Riverine wetland Logan River catchment_South East Queensland_9655"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62941	"Riverine wetland Logan River catchment_South East Queensland_9656"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62942	"Riverine wetland Logan River catchment_South East Queensland_9656"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62943	"Riverine wetland Logan River catchment_South East Queensland_9656"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62944	"Riverine wetland Logan River catchment_South East Queensland_9656"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62945	"Riverine wetland Logan River catchment_South East Queensland_9656"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62946	"Riverine wetland Logan River catchment_South East Queensland_9656"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62947	"Riverine wetland Logan River catchment_South East Queensland_9656"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62948	"Riverine wetland Logan River catchment_South East Queensland_9656"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62949	"Riverine wetland Logan River catchment_South East Queensland_9656"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62950	"Riverine wetland Logan River catchment_South East Queensland_9657"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62951	"Riverine wetland Logan River catchment_South East Queensland_9657"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62952	"Riverine wetland Logan River catchment_South East Queensland_9657"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62953	"Riverine wetland Logan River catchment_South East Queensland_9657"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62954	"Riverine wetland Logan River catchment_South East Queensland_9657"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62955	"Riverine wetland Logan River catchment_South East Queensland_9657"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62956	"Riverine wetland Logan River catchment_South East Queensland_9657"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62957	"Riverine wetland Logan River catchment_South East Queensland_9657"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62958	"Riverine wetland Logan River catchment_South East Queensland_9657"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62959	"Riverine wetland Logan River catchment_South East Queensland_9658"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62960	"Riverine wetland Logan River catchment_South East Queensland_9658"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62961	"Riverine wetland Logan River catchment_South East Queensland_9658"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62962	"Riverine wetland Logan River catchment_South East Queensland_9658"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62963	"Riverine wetland Logan River catchment_South East Queensland_9658"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62964	"Riverine wetland Logan River catchment_South East Queensland_9658"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62965	"Riverine wetland Logan River catchment_South East Queensland_9658"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62966	"Riverine wetland Logan River catchment_South East Queensland_9658"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62967	"Riverine wetland Logan River catchment_South East Queensland_9658"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62968	"Riverine wetland Bremer River catchment_South East Queensland_9659"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62969	"Riverine wetland Bremer River catchment_South East Queensland_9659"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62970	"Riverine wetland Bremer River catchment_South East Queensland_9659"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62971	"Riverine wetland Bremer River catchment_South East Queensland_9659"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62972	"Riverine wetland Bremer River catchment_South East Queensland_9659"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62973	"Riverine wetland Bremer River catchment_South East Queensland_9659"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62974	"Riverine wetland Bremer River catchment_South East Queensland_9659"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62975	"Riverine wetland Bremer River catchment_South East Queensland_9659"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62976	"Riverine wetland Bremer River catchment_South East Queensland_9659"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62977	"Riverine wetland Logan River catchment_South East Queensland_9660"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62978	"Riverine wetland Logan River catchment_South East Queensland_9660"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62979	"Riverine wetland Logan River catchment_South East Queensland_9660"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62980	"Riverine wetland Logan River catchment_South East Queensland_9660"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62981	"Riverine wetland Logan River catchment_South East Queensland_9660"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
62982	"Riverine wetland Bremer River catchment_South East Queensland_9661"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
62983	"Riverine wetland Bremer River catchment_South East Queensland_9661"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
62984	"Riverine wetland Bremer River catchment_South East Queensland_9661"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
62985	"Riverine wetland Bremer River catchment_South East Queensland_9661"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
62986	"Riverine wetland Bremer River catchment_South East Queensland_9661"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62987	"Riverine wetland Bremer River catchment_South East Queensland_9661"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
62988	"Riverine wetland Bremer River catchment_South East Queensland_9661"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
62989	"Riverine wetland Bremer River catchment_South East Queensland_9661"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
62990	"Riverine wetland Bremer River catchment_South East Queensland_9661"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63010	"Palustrine wetland Bremer River catchment_South East Queensland_9665"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63011	"Palustrine wetland Bremer River catchment_South East Queensland_9665"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63012	"Palustrine wetland Bremer River catchment_South East Queensland_9665"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63013	"Palustrine wetland Bremer River catchment_South East Queensland_9665"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63014	"Palustrine wetland Bremer River catchment_South East Queensland_9665"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63015	"Palustrine wetland Bremer River catchment_South East Queensland_9665"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63016	"Palustrine wetland Bremer River catchment_South East Queensland_9665"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63017	"Palustrine wetland Bremer River catchment_South East Queensland_9665"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63018	"Palustrine wetland Bremer River catchment_South East Queensland_9665"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63019	"Palustrine wetland Bremer River catchment_South East Queensland_9665"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63020	"Palustrine wetland Bremer River catchment_South East Queensland_9665"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63021	"Palustrine wetland Bremer River catchment_South East Queensland_9665"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63042	"Riverine wetland Bremer River catchment_South East Queensland_9670"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63043	"Riverine wetland Bremer River catchment_South East Queensland_9670"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63044	"Riverine wetland Bremer River catchment_South East Queensland_9670"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63045	"Riverine wetland Bremer River catchment_South East Queensland_9670"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63046	"Riverine wetland Bremer River catchment_South East Queensland_9670"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63047	"Riverine wetland Bremer River catchment_South East Queensland_9670"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63048	"Riverine wetland Bremer River catchment_South East Queensland_9670"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63049	"Riverine wetland Bremer River catchment_South East Queensland_9670"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63050	"Riverine wetland Bremer River catchment_South East Queensland_9670"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63061	"Riverine wetland Logan River catchment_South East Queensland_9673"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63062	"Riverine wetland Logan River catchment_South East Queensland_9673"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63063	"Riverine wetland Logan River catchment_South East Queensland_9673"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63064	"Riverine wetland Logan River catchment_South East Queensland_9673"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63065	"Riverine wetland Logan River catchment_South East Queensland_9673"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63066	"Riverine wetland Logan River catchment_South East Queensland_9674"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63067	"Riverine wetland Logan River catchment_South East Queensland_9674"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63068	"Riverine wetland Logan River catchment_South East Queensland_9674"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63069	"Riverine wetland Logan River catchment_South East Queensland_9674"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63070	"Riverine wetland Logan River catchment_South East Queensland_9674"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63071	"Riverine wetland Logan River catchment_South East Queensland_9675"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63072	"Riverine wetland Logan River catchment_South East Queensland_9675"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63073	"Riverine wetland Logan River catchment_South East Queensland_9675"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63074	"Riverine wetland Logan River catchment_South East Queensland_9675"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63075	"Riverine wetland Logan River catchment_South East Queensland_9675"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63076	"Riverine wetland Bremer River catchment_South East Queensland_9676"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63077	"Riverine wetland Bremer River catchment_South East Queensland_9676"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63078	"Riverine wetland Bremer River catchment_South East Queensland_9676"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63079	"Riverine wetland Bremer River catchment_South East Queensland_9676"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63080	"Riverine wetland Bremer River catchment_South East Queensland_9676"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63081	"Riverine wetland Bremer River catchment_South East Queensland_9676"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63082	"Riverine wetland Bremer River catchment_South East Queensland_9676"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63083	"Riverine wetland Bremer River catchment_South East Queensland_9676"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63084	"Riverine wetland Bremer River catchment_South East Queensland_9676"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63095	"Riverine wetland Logan River catchment_South East Queensland_9679"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63096	"Riverine wetland Logan River catchment_South East Queensland_9679"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63097	"Riverine wetland Logan River catchment_South East Queensland_9679"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63098	"Riverine wetland Logan River catchment_South East Queensland_9679"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63099	"Riverine wetland Logan River catchment_South East Queensland_9679"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63100	"Riverine wetland Bremer River catchment_South East Queensland_9680"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63101	"Riverine wetland Bremer River catchment_South East Queensland_9680"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63102	"Riverine wetland Bremer River catchment_South East Queensland_9680"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63103	"Riverine wetland Bremer River catchment_South East Queensland_9680"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63104	"Riverine wetland Bremer River catchment_South East Queensland_9680"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63105	"Riverine wetland Bremer River catchment_South East Queensland_9680"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63106	"Riverine wetland Bremer River catchment_South East Queensland_9680"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63107	"Riverine wetland Bremer River catchment_South East Queensland_9680"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63108	"Riverine wetland Bremer River catchment_South East Queensland_9680"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63109	"Riverine wetland Logan River catchment_South East Queensland_9681"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63110	"Riverine wetland Logan River catchment_South East Queensland_9681"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63111	"Riverine wetland Logan River catchment_South East Queensland_9681"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63112	"Riverine wetland Logan River catchment_South East Queensland_9681"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63113	"Riverine wetland Logan River catchment_South East Queensland_9681"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63114	"Riverine wetland Logan River catchment_South East Queensland_9682"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63115	"Riverine wetland Logan River catchment_South East Queensland_9682"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63116	"Riverine wetland Logan River catchment_South East Queensland_9682"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63117	"Riverine wetland Logan River catchment_South East Queensland_9682"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63118	"Riverine wetland Logan River catchment_South East Queensland_9682"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63124	"Riverine wetland Logan River catchment_South East Queensland_9684"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63125	"Riverine wetland Logan River catchment_South East Queensland_9684"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63126	"Riverine wetland Logan River catchment_South East Queensland_9684"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63127	"Riverine wetland Logan River catchment_South East Queensland_9684"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63128	"Riverine wetland Logan River catchment_South East Queensland_9684"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63129	"Riverine wetland Bremer River catchment_South East Queensland_9685"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63130	"Riverine wetland Bremer River catchment_South East Queensland_9685"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63131	"Riverine wetland Bremer River catchment_South East Queensland_9685"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63132	"Riverine wetland Bremer River catchment_South East Queensland_9685"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63133	"Riverine wetland Bremer River catchment_South East Queensland_9685"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63134	"Riverine wetland Bremer River catchment_South East Queensland_9685"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63135	"Riverine wetland Bremer River catchment_South East Queensland_9685"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63136	"Riverine wetland Bremer River catchment_South East Queensland_9685"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63137	"Riverine wetland Bremer River catchment_South East Queensland_9685"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63167	"Riverine wetland Logan River catchment_South East Queensland_9691"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63168	"Riverine wetland Logan River catchment_South East Queensland_9691"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63169	"Riverine wetland Logan River catchment_South East Queensland_9691"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63170	"Riverine wetland Logan River catchment_South East Queensland_9691"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63171	"Riverine wetland Logan River catchment_South East Queensland_9691"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63197	"Riverine wetland Logan River catchment_South East Queensland_9697"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63198	"Riverine wetland Logan River catchment_South East Queensland_9697"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63199	"Riverine wetland Logan River catchment_South East Queensland_9697"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63200	"Riverine wetland Logan River catchment_South East Queensland_9697"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63201	"Riverine wetland Logan River catchment_South East Queensland_9697"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63225	"Riverine wetland Bremer River catchment_South East Queensland_9701"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63226	"Riverine wetland Bremer River catchment_South East Queensland_9701"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63227	"Riverine wetland Bremer River catchment_South East Queensland_9701"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63228	"Riverine wetland Bremer River catchment_South East Queensland_9701"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63229	"Riverine wetland Bremer River catchment_South East Queensland_9701"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63230	"Riverine wetland Bremer River catchment_South East Queensland_9701"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63231	"Riverine wetland Bremer River catchment_South East Queensland_9701"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63232	"Riverine wetland Bremer River catchment_South East Queensland_9701"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63233	"Riverine wetland Bremer River catchment_South East Queensland_9701"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63234	"Riverine wetland Brisbane River catchment_South East Queensland_9702"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63235	"Riverine wetland Brisbane River catchment_South East Queensland_9702"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63236	"Riverine wetland Brisbane River catchment_South East Queensland_9702"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63237	"Riverine wetland Brisbane River catchment_South East Queensland_9702"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63238	"Riverine wetland Brisbane River catchment_South East Queensland_9702"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63239	"Riverine wetland Brisbane River catchment_South East Queensland_9702"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63240	"Riverine wetland Brisbane River catchment_South East Queensland_9702"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63241	"Riverine wetland Brisbane River catchment_South East Queensland_9702"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63242	"Riverine wetland Brisbane River catchment_South East Queensland_9702"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63243	"Riverine wetland Bremer River catchment_South East Queensland_9703"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63244	"Riverine wetland Bremer River catchment_South East Queensland_9703"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63245	"Riverine wetland Bremer River catchment_South East Queensland_9703"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63246	"Riverine wetland Bremer River catchment_South East Queensland_9703"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63247	"Riverine wetland Bremer River catchment_South East Queensland_9703"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63248	"Riverine wetland Bremer River catchment_South East Queensland_9703"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63249	"Riverine wetland Bremer River catchment_South East Queensland_9703"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63250	"Riverine wetland Bremer River catchment_South East Queensland_9703"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63251	"Riverine wetland Bremer River catchment_South East Queensland_9703"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63252	"Riverine wetland Bremer River catchment_South East Queensland_9704"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63253	"Riverine wetland Bremer River catchment_South East Queensland_9704"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63254	"Riverine wetland Bremer River catchment_South East Queensland_9704"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63255	"Riverine wetland Bremer River catchment_South East Queensland_9704"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63256	"Riverine wetland Bremer River catchment_South East Queensland_9704"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63257	"Riverine wetland Bremer River catchment_South East Queensland_9704"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63258	"Riverine wetland Bremer River catchment_South East Queensland_9704"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63259	"Riverine wetland Bremer River catchment_South East Queensland_9704"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63260	"Riverine wetland Bremer River catchment_South East Queensland_9704"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63266	"Riverine wetland Bremer River catchment_South East Queensland_9706"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63267	"Riverine wetland Bremer River catchment_South East Queensland_9706"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63268	"Riverine wetland Bremer River catchment_South East Queensland_9706"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63269	"Riverine wetland Bremer River catchment_South East Queensland_9706"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63270	"Riverine wetland Bremer River catchment_South East Queensland_9706"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63271	"Riverine wetland Bremer River catchment_South East Queensland_9706"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63272	"Riverine wetland Bremer River catchment_South East Queensland_9706"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63273	"Riverine wetland Bremer River catchment_South East Queensland_9706"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63274	"Riverine wetland Bremer River catchment_South East Queensland_9706"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63280	"Riverine wetland Logan River catchment_South East Queensland_9708"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63281	"Riverine wetland Logan River catchment_South East Queensland_9708"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63282	"Riverine wetland Logan River catchment_South East Queensland_9708"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63283	"Riverine wetland Logan River catchment_South East Queensland_9708"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63284	"Riverine wetland Logan River catchment_South East Queensland_9708"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63285	"Riverine wetland Logan River catchment_South East Queensland_9709"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63286	"Riverine wetland Logan River catchment_South East Queensland_9709"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63287	"Riverine wetland Logan River catchment_South East Queensland_9709"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63288	"Riverine wetland Logan River catchment_South East Queensland_9709"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63289	"Riverine wetland Logan River catchment_South East Queensland_9709"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63290	"Riverine wetland Logan River catchment_South East Queensland_9710"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63291	"Riverine wetland Logan River catchment_South East Queensland_9710"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63292	"Riverine wetland Logan River catchment_South East Queensland_9710"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63293	"Riverine wetland Logan River catchment_South East Queensland_9710"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63294	"Riverine wetland Logan River catchment_South East Queensland_9710"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63300	"Riverine wetland Bremer River catchment_South East Queensland_9712"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63301	"Riverine wetland Bremer River catchment_South East Queensland_9712"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63302	"Riverine wetland Bremer River catchment_South East Queensland_9712"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63303	"Riverine wetland Bremer River catchment_South East Queensland_9712"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63304	"Riverine wetland Bremer River catchment_South East Queensland_9712"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63305	"Riverine wetland Bremer River catchment_South East Queensland_9712"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63306	"Riverine wetland Bremer River catchment_South East Queensland_9712"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63307	"Riverine wetland Bremer River catchment_South East Queensland_9712"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63308	"Riverine wetland Bremer River catchment_South East Queensland_9712"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63309	"Riverine wetland Bremer River catchment_South East Queensland_9713"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63310	"Riverine wetland Bremer River catchment_South East Queensland_9713"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63311	"Riverine wetland Bremer River catchment_South East Queensland_9713"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63312	"Riverine wetland Bremer River catchment_South East Queensland_9713"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63313	"Riverine wetland Bremer River catchment_South East Queensland_9713"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63314	"Riverine wetland Bremer River catchment_South East Queensland_9713"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63315	"Riverine wetland Bremer River catchment_South East Queensland_9713"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63316	"Riverine wetland Bremer River catchment_South East Queensland_9713"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63317	"Riverine wetland Bremer River catchment_South East Queensland_9713"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63318	"Riverine wetland Bremer River catchment_South East Queensland_9714"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63319	"Riverine wetland Bremer River catchment_South East Queensland_9714"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63320	"Riverine wetland Bremer River catchment_South East Queensland_9714"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63321	"Riverine wetland Bremer River catchment_South East Queensland_9714"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63322	"Riverine wetland Bremer River catchment_South East Queensland_9714"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63323	"Riverine wetland Bremer River catchment_South East Queensland_9714"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63324	"Riverine wetland Bremer River catchment_South East Queensland_9714"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63325	"Riverine wetland Bremer River catchment_South East Queensland_9714"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63326	"Riverine wetland Bremer River catchment_South East Queensland_9714"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63372	"Riverine wetland Bremer River catchment_South East Queensland_9724"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63373	"Riverine wetland Bremer River catchment_South East Queensland_9724"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63374	"Riverine wetland Bremer River catchment_South East Queensland_9724"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63375	"Riverine wetland Bremer River catchment_South East Queensland_9724"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63376	"Riverine wetland Bremer River catchment_South East Queensland_9724"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63377	"Riverine wetland Bremer River catchment_South East Queensland_9724"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63378	"Riverine wetland Bremer River catchment_South East Queensland_9724"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63379	"Riverine wetland Bremer River catchment_South East Queensland_9724"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63380	"Riverine wetland Bremer River catchment_South East Queensland_9724"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63381	"Riverine wetland Bremer River catchment_South East Queensland_9725"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63382	"Riverine wetland Bremer River catchment_South East Queensland_9725"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63383	"Riverine wetland Bremer River catchment_South East Queensland_9725"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63384	"Riverine wetland Bremer River catchment_South East Queensland_9725"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63385	"Riverine wetland Bremer River catchment_South East Queensland_9725"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63386	"Riverine wetland Bremer River catchment_South East Queensland_9725"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63387	"Riverine wetland Bremer River catchment_South East Queensland_9725"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63388	"Riverine wetland Bremer River catchment_South East Queensland_9725"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63389	"Riverine wetland Bremer River catchment_South East Queensland_9725"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63390	"Riverine wetland Bremer River catchment_South East Queensland_9726"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63391	"Riverine wetland Bremer River catchment_South East Queensland_9726"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63392	"Riverine wetland Bremer River catchment_South East Queensland_9726"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63393	"Riverine wetland Bremer River catchment_South East Queensland_9726"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63394	"Riverine wetland Bremer River catchment_South East Queensland_9726"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63395	"Riverine wetland Bremer River catchment_South East Queensland_9726"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63396	"Riverine wetland Bremer River catchment_South East Queensland_9726"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63397	"Riverine wetland Bremer River catchment_South East Queensland_9726"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63398	"Riverine wetland Bremer River catchment_South East Queensland_9726"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63399	"Riverine wetland Bremer River catchment_South East Queensland_9727"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63400	"Riverine wetland Bremer River catchment_South East Queensland_9727"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63401	"Riverine wetland Bremer River catchment_South East Queensland_9727"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63402	"Riverine wetland Bremer River catchment_South East Queensland_9727"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63403	"Riverine wetland Bremer River catchment_South East Queensland_9727"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63404	"Riverine wetland Bremer River catchment_South East Queensland_9727"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63405	"Riverine wetland Bremer River catchment_South East Queensland_9727"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63406	"Riverine wetland Bremer River catchment_South East Queensland_9727"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63407	"Riverine wetland Bremer River catchment_South East Queensland_9727"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63413	"Riverine wetland Logan River catchment_South East Queensland_9729"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63414	"Riverine wetland Logan River catchment_South East Queensland_9729"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63415	"Riverine wetland Logan River catchment_South East Queensland_9729"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63416	"Riverine wetland Logan River catchment_South East Queensland_9729"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63417	"Riverine wetland Logan River catchment_South East Queensland_9729"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63418	"Riverine wetland Bremer River catchment_South East Queensland_9730"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63419	"Riverine wetland Bremer River catchment_South East Queensland_9730"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63420	"Riverine wetland Bremer River catchment_South East Queensland_9730"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63421	"Riverine wetland Bremer River catchment_South East Queensland_9730"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63422	"Riverine wetland Bremer River catchment_South East Queensland_9730"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63423	"Riverine wetland Bremer River catchment_South East Queensland_9730"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63424	"Riverine wetland Bremer River catchment_South East Queensland_9730"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63425	"Riverine wetland Bremer River catchment_South East Queensland_9730"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63426	"Riverine wetland Bremer River catchment_South East Queensland_9730"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63427	"Riverine wetland Bremer River catchment_South East Queensland_9731"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63428	"Riverine wetland Bremer River catchment_South East Queensland_9731"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63429	"Riverine wetland Bremer River catchment_South East Queensland_9731"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63430	"Riverine wetland Bremer River catchment_South East Queensland_9731"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63431	"Riverine wetland Bremer River catchment_South East Queensland_9731"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63432	"Riverine wetland Bremer River catchment_South East Queensland_9731"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63433	"Riverine wetland Bremer River catchment_South East Queensland_9731"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63434	"Riverine wetland Bremer River catchment_South East Queensland_9731"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63435	"Riverine wetland Bremer River catchment_South East Queensland_9731"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63436	"Riverine wetland Bremer River catchment_South East Queensland_9732"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63437	"Riverine wetland Bremer River catchment_South East Queensland_9732"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63438	"Riverine wetland Bremer River catchment_South East Queensland_9732"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63439	"Riverine wetland Bremer River catchment_South East Queensland_9732"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63440	"Riverine wetland Bremer River catchment_South East Queensland_9732"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63441	"Riverine wetland Bremer River catchment_South East Queensland_9732"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63442	"Riverine wetland Bremer River catchment_South East Queensland_9732"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63443	"Riverine wetland Bremer River catchment_South East Queensland_9732"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63444	"Riverine wetland Bremer River catchment_South East Queensland_9732"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63445	"Riverine wetland Bremer River catchment_South East Queensland_9733"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63446	"Riverine wetland Bremer River catchment_South East Queensland_9733"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63447	"Riverine wetland Bremer River catchment_South East Queensland_9733"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63448	"Riverine wetland Bremer River catchment_South East Queensland_9733"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63449	"Riverine wetland Bremer River catchment_South East Queensland_9733"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63450	"Riverine wetland Bremer River catchment_South East Queensland_9733"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63451	"Riverine wetland Bremer River catchment_South East Queensland_9733"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63452	"Riverine wetland Bremer River catchment_South East Queensland_9733"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63453	"Riverine wetland Bremer River catchment_South East Queensland_9733"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63459	"Riverine wetland Brisbane River catchment_South East Queensland_9735"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63460	"Riverine wetland Brisbane River catchment_South East Queensland_9735"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63461	"Riverine wetland Brisbane River catchment_South East Queensland_9735"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63462	"Riverine wetland Brisbane River catchment_South East Queensland_9735"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63463	"Riverine wetland Brisbane River catchment_South East Queensland_9735"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63464	"Riverine wetland Brisbane River catchment_South East Queensland_9735"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63465	"Riverine wetland Brisbane River catchment_South East Queensland_9735"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63466	"Riverine wetland Brisbane River catchment_South East Queensland_9735"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63467	"Riverine wetland Brisbane River catchment_South East Queensland_9735"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63473	"Riverine wetland Bremer River catchment_South East Queensland_9737"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63474	"Riverine wetland Bremer River catchment_South East Queensland_9737"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63475	"Riverine wetland Bremer River catchment_South East Queensland_9737"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63476	"Riverine wetland Bremer River catchment_South East Queensland_9737"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63477	"Riverine wetland Bremer River catchment_South East Queensland_9737"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63478	"Riverine wetland Bremer River catchment_South East Queensland_9737"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63479	"Riverine wetland Bremer River catchment_South East Queensland_9737"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63480	"Riverine wetland Bremer River catchment_South East Queensland_9737"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63481	"Riverine wetland Bremer River catchment_South East Queensland_9737"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63482	"Riverine wetland Bremer River catchment_South East Queensland_9738"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63483	"Riverine wetland Bremer River catchment_South East Queensland_9738"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63484	"Riverine wetland Bremer River catchment_South East Queensland_9738"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63485	"Riverine wetland Bremer River catchment_South East Queensland_9738"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63486	"Riverine wetland Bremer River catchment_South East Queensland_9738"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63487	"Riverine wetland Bremer River catchment_South East Queensland_9738"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63488	"Riverine wetland Bremer River catchment_South East Queensland_9738"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63489	"Riverine wetland Bremer River catchment_South East Queensland_9738"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63490	"Riverine wetland Bremer River catchment_South East Queensland_9738"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63496	"Riverine wetland Brisbane River catchment_South East Queensland_9740"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63497	"Riverine wetland Brisbane River catchment_South East Queensland_9740"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63498	"Riverine wetland Brisbane River catchment_South East Queensland_9740"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63499	"Riverine wetland Brisbane River catchment_South East Queensland_9740"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63500	"Riverine wetland Brisbane River catchment_South East Queensland_9740"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63501	"Riverine wetland Brisbane River catchment_South East Queensland_9740"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63502	"Riverine wetland Brisbane River catchment_South East Queensland_9740"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63503	"Riverine wetland Brisbane River catchment_South East Queensland_9740"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63504	"Riverine wetland Brisbane River catchment_South East Queensland_9740"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63617	"Riverine wetland Bremer River catchment_South East Queensland_9761"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63618	"Riverine wetland Bremer River catchment_South East Queensland_9761"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63619	"Riverine wetland Bremer River catchment_South East Queensland_9761"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63620	"Riverine wetland Bremer River catchment_South East Queensland_9761"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63621	"Riverine wetland Bremer River catchment_South East Queensland_9761"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63622	"Riverine wetland Bremer River catchment_South East Queensland_9761"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63623	"Riverine wetland Bremer River catchment_South East Queensland_9761"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63624	"Riverine wetland Bremer River catchment_South East Queensland_9761"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63625	"Riverine wetland Bremer River catchment_South East Queensland_9761"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63626	"Riverine wetland Bremer River catchment_South East Queensland_9762"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63627	"Riverine wetland Bremer River catchment_South East Queensland_9762"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63628	"Riverine wetland Bremer River catchment_South East Queensland_9762"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63629	"Riverine wetland Bremer River catchment_South East Queensland_9762"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63630	"Riverine wetland Bremer River catchment_South East Queensland_9762"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63631	"Riverine wetland Bremer River catchment_South East Queensland_9762"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63632	"Riverine wetland Bremer River catchment_South East Queensland_9762"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63633	"Riverine wetland Bremer River catchment_South East Queensland_9762"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63634	"Riverine wetland Bremer River catchment_South East Queensland_9762"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63640	"Riverine wetland Bremer River catchment_South East Queensland_9764"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63641	"Riverine wetland Bremer River catchment_South East Queensland_9764"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63642	"Riverine wetland Bremer River catchment_South East Queensland_9764"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63643	"Riverine wetland Bremer River catchment_South East Queensland_9764"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63644	"Riverine wetland Bremer River catchment_South East Queensland_9764"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63645	"Riverine wetland Bremer River catchment_South East Queensland_9764"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63646	"Riverine wetland Bremer River catchment_South East Queensland_9764"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63647	"Riverine wetland Bremer River catchment_South East Queensland_9764"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63648	"Riverine wetland Bremer River catchment_South East Queensland_9764"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63668	"Riverine wetland Bremer River catchment_South East Queensland_9768"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63669	"Riverine wetland Bremer River catchment_South East Queensland_9768"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63670	"Riverine wetland Bremer River catchment_South East Queensland_9768"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63671	"Riverine wetland Bremer River catchment_South East Queensland_9768"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63672	"Riverine wetland Bremer River catchment_South East Queensland_9768"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63673	"Riverine wetland Bremer River catchment_South East Queensland_9768"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63674	"Riverine wetland Bremer River catchment_South East Queensland_9768"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63675	"Riverine wetland Bremer River catchment_South East Queensland_9768"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63676	"Riverine wetland Bremer River catchment_South East Queensland_9768"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63734	"Riverine wetland Bremer River catchment_South East Queensland_9778"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63735	"Riverine wetland Bremer River catchment_South East Queensland_9778"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63736	"Riverine wetland Bremer River catchment_South East Queensland_9778"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63737	"Riverine wetland Bremer River catchment_South East Queensland_9778"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63738	"Riverine wetland Bremer River catchment_South East Queensland_9778"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63739	"Riverine wetland Bremer River catchment_South East Queensland_9778"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63740	"Riverine wetland Bremer River catchment_South East Queensland_9778"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63741	"Riverine wetland Bremer River catchment_South East Queensland_9778"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63742	"Riverine wetland Bremer River catchment_South East Queensland_9778"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63743	"Riverine wetland Bremer River catchment_South East Queensland_9779"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63744	"Riverine wetland Bremer River catchment_South East Queensland_9779"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63745	"Riverine wetland Bremer River catchment_South East Queensland_9779"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63746	"Riverine wetland Bremer River catchment_South East Queensland_9779"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63747	"Riverine wetland Bremer River catchment_South East Queensland_9779"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63748	"Riverine wetland Bremer River catchment_South East Queensland_9779"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63749	"Riverine wetland Bremer River catchment_South East Queensland_9779"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63750	"Riverine wetland Bremer River catchment_South East Queensland_9779"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63751	"Riverine wetland Bremer River catchment_South East Queensland_9779"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63766	"Riverine wetland Bremer River catchment_South East Queensland_9782"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63767	"Riverine wetland Bremer River catchment_South East Queensland_9782"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63768	"Riverine wetland Bremer River catchment_South East Queensland_9782"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63769	"Riverine wetland Bremer River catchment_South East Queensland_9782"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63770	"Riverine wetland Bremer River catchment_South East Queensland_9782"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63771	"Riverine wetland Bremer River catchment_South East Queensland_9782"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63772	"Riverine wetland Bremer River catchment_South East Queensland_9782"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63773	"Riverine wetland Bremer River catchment_South East Queensland_9782"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63774	"Riverine wetland Bremer River catchment_South East Queensland_9782"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63799	"Palustrine wetland Bremer River catchment_South East Queensland_9787"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63800	"Palustrine wetland Bremer River catchment_South East Queensland_9787"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63801	"Palustrine wetland Bremer River catchment_South East Queensland_9787"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63802	"Palustrine wetland Bremer River catchment_South East Queensland_9787"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63803	"Palustrine wetland Bremer River catchment_South East Queensland_9787"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63841	"Riverine wetland Bremer River catchment_South East Queensland_9793"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63842	"Riverine wetland Bremer River catchment_South East Queensland_9793"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63843	"Riverine wetland Bremer River catchment_South East Queensland_9793"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63844	"Riverine wetland Bremer River catchment_South East Queensland_9793"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63845	"Riverine wetland Bremer River catchment_South East Queensland_9793"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63846	"Riverine wetland Bremer River catchment_South East Queensland_9793"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63847	"Riverine wetland Bremer River catchment_South East Queensland_9793"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63848	"Riverine wetland Bremer River catchment_South East Queensland_9793"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63849	"Riverine wetland Bremer River catchment_South East Queensland_9793"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63850	"Riverine wetland Bremer River catchment_South East Queensland_9794"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63851	"Riverine wetland Bremer River catchment_South East Queensland_9794"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63852	"Riverine wetland Bremer River catchment_South East Queensland_9794"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63853	"Riverine wetland Bremer River catchment_South East Queensland_9794"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63854	"Riverine wetland Bremer River catchment_South East Queensland_9794"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63855	"Riverine wetland Bremer River catchment_South East Queensland_9794"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63856	"Riverine wetland Bremer River catchment_South East Queensland_9794"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63857	"Riverine wetland Bremer River catchment_South East Queensland_9794"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63858	"Riverine wetland Bremer River catchment_South East Queensland_9794"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63859	"Riverine wetland Logan River catchment_South East Queensland_9795"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63860	"Riverine wetland Logan River catchment_South East Queensland_9795"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63861	"Riverine wetland Logan River catchment_South East Queensland_9795"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63862	"Riverine wetland Logan River catchment_South East Queensland_9795"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63863	"Riverine wetland Logan River catchment_South East Queensland_9795"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63864	"Riverine wetland Logan River catchment_South East Queensland_9795"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63865	"Riverine wetland Logan River catchment_South East Queensland_9795"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63866	"Riverine wetland Logan River catchment_South East Queensland_9795"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63867	"Riverine wetland Logan River catchment_South East Queensland_9795"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63868	"Riverine wetland Bremer River catchment_South East Queensland_9796"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63869	"Riverine wetland Bremer River catchment_South East Queensland_9796"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63870	"Riverine wetland Bremer River catchment_South East Queensland_9796"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63871	"Riverine wetland Bremer River catchment_South East Queensland_9796"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63872	"Riverine wetland Bremer River catchment_South East Queensland_9796"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63873	"Riverine wetland Bremer River catchment_South East Queensland_9797"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63874	"Riverine wetland Bremer River catchment_South East Queensland_9797"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63875	"Riverine wetland Bremer River catchment_South East Queensland_9797"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63876	"Riverine wetland Bremer River catchment_South East Queensland_9797"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63877	"Riverine wetland Bremer River catchment_South East Queensland_9797"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63878	"Riverine wetland Bremer River catchment_South East Queensland_9797"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63879	"Riverine wetland Bremer River catchment_South East Queensland_9797"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63880	"Riverine wetland Bremer River catchment_South East Queensland_9797"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63881	"Riverine wetland Bremer River catchment_South East Queensland_9797"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63882	"Riverine wetland Bremer River catchment_South East Queensland_9798"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63883	"Riverine wetland Bremer River catchment_South East Queensland_9798"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63884	"Riverine wetland Bremer River catchment_South East Queensland_9798"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63885	"Riverine wetland Bremer River catchment_South East Queensland_9798"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63886	"Riverine wetland Bremer River catchment_South East Queensland_9798"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63887	"Riverine wetland Bremer River catchment_South East Queensland_9798"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63888	"Riverine wetland Bremer River catchment_South East Queensland_9798"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63889	"Riverine wetland Bremer River catchment_South East Queensland_9798"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63890	"Riverine wetland Bremer River catchment_South East Queensland_9798"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63919	"Riverine wetland Bremer River catchment_South East Queensland_9803"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63920	"Riverine wetland Bremer River catchment_South East Queensland_9803"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63921	"Riverine wetland Bremer River catchment_South East Queensland_9803"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63922	"Riverine wetland Bremer River catchment_South East Queensland_9803"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63923	"Riverine wetland Bremer River catchment_South East Queensland_9803"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63924	"Riverine wetland Bremer River catchment_South East Queensland_9803"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63925	"Riverine wetland Bremer River catchment_South East Queensland_9803"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63926	"Riverine wetland Bremer River catchment_South East Queensland_9803"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63927	"Riverine wetland Bremer River catchment_South East Queensland_9803"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63938	"Riverine wetland Bremer River catchment_South East Queensland_9806"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63939	"Riverine wetland Bremer River catchment_South East Queensland_9806"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63940	"Riverine wetland Bremer River catchment_South East Queensland_9806"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63941	"Riverine wetland Bremer River catchment_South East Queensland_9806"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63942	"Riverine wetland Bremer River catchment_South East Queensland_9806"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63943	"Riverine wetland Bremer River catchment_South East Queensland_9806"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63944	"Riverine wetland Bremer River catchment_South East Queensland_9806"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63945	"Riverine wetland Bremer River catchment_South East Queensland_9806"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63946	"Riverine wetland Bremer River catchment_South East Queensland_9806"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63947	"Riverine wetland Bremer River catchment_South East Queensland_9807"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63948	"Riverine wetland Bremer River catchment_South East Queensland_9807"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63949	"Riverine wetland Bremer River catchment_South East Queensland_9807"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63950	"Riverine wetland Bremer River catchment_South East Queensland_9807"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63951	"Riverine wetland Bremer River catchment_South East Queensland_9807"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63952	"Riverine wetland Bremer River catchment_South East Queensland_9807"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63953	"Riverine wetland Bremer River catchment_South East Queensland_9807"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63954	"Riverine wetland Bremer River catchment_South East Queensland_9807"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63955	"Riverine wetland Bremer River catchment_South East Queensland_9807"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63956	"Palustrine wetland Logan River catchment_South East Queensland_9808"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63957	"Palustrine wetland Logan River catchment_South East Queensland_9808"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63958	"Palustrine wetland Logan River catchment_South East Queensland_9808"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63959	"Palustrine wetland Logan River catchment_South East Queensland_9808"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63960	"Palustrine wetland Logan River catchment_South East Queensland_9808"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63961	"Palustrine wetland Logan River catchment_South East Queensland_9808"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63962	"Palustrine wetland Logan River catchment_South East Queensland_9808"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63963	"Palustrine wetland Logan River catchment_South East Queensland_9808"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63964	"Palustrine wetland Logan River catchment_South East Queensland_9808"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63975	"Riverine wetland Bremer River catchment_South East Queensland_9811"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63976	"Riverine wetland Bremer River catchment_South East Queensland_9811"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63977	"Riverine wetland Bremer River catchment_South East Queensland_9811"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63978	"Riverine wetland Bremer River catchment_South East Queensland_9811"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63979	"Riverine wetland Bremer River catchment_South East Queensland_9811"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63980	"Riverine wetland Bremer River catchment_South East Queensland_9811"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63981	"Riverine wetland Bremer River catchment_South East Queensland_9811"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63982	"Riverine wetland Bremer River catchment_South East Queensland_9811"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63983	"Riverine wetland Bremer River catchment_South East Queensland_9811"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
63984	"Riverine wetland Bremer River catchment_South East Queensland_9812"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
63985	"Riverine wetland Bremer River catchment_South East Queensland_9812"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
63986	"Riverine wetland Bremer River catchment_South East Queensland_9812"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
63987	"Riverine wetland Bremer River catchment_South East Queensland_9812"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
63988	"Riverine wetland Bremer River catchment_South East Queensland_9812"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63989	"Riverine wetland Bremer River catchment_South East Queensland_9812"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
63990	"Riverine wetland Bremer River catchment_South East Queensland_9812"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
63991	"Riverine wetland Bremer River catchment_South East Queensland_9812"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
63992	"Riverine wetland Bremer River catchment_South East Queensland_9812"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64012	"Riverine wetland Bremer River catchment_South East Queensland_9816"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64013	"Riverine wetland Bremer River catchment_South East Queensland_9816"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64014	"Riverine wetland Bremer River catchment_South East Queensland_9816"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64015	"Riverine wetland Bremer River catchment_South East Queensland_9816"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64016	"Riverine wetland Bremer River catchment_South East Queensland_9816"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64017	"Riverine wetland Bremer River catchment_South East Queensland_9816"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64018	"Riverine wetland Bremer River catchment_South East Queensland_9816"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64019	"Riverine wetland Bremer River catchment_South East Queensland_9816"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64020	"Riverine wetland Bremer River catchment_South East Queensland_9816"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64021	"Riverine wetland Bremer River catchment_South East Queensland_9816"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64022	"Riverine wetland Bremer River catchment_South East Queensland_9816"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64023	"Riverine wetland Bremer River catchment_South East Queensland_9816"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64024	"Riverine wetland Bremer River catchment_South East Queensland_9816"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64045	"Riverine wetland Bremer River catchment_South East Queensland_9821"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64046	"Riverine wetland Bremer River catchment_South East Queensland_9821"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64047	"Riverine wetland Bremer River catchment_South East Queensland_9821"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64048	"Riverine wetland Bremer River catchment_South East Queensland_9821"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64049	"Riverine wetland Bremer River catchment_South East Queensland_9821"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64050	"Riverine wetland Bremer River catchment_South East Queensland_9821"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64051	"Riverine wetland Bremer River catchment_South East Queensland_9821"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64052	"Riverine wetland Bremer River catchment_South East Queensland_9821"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64053	"Riverine wetland Bremer River catchment_South East Queensland_9821"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64104	"Riverine wetland Bremer River catchment_South East Queensland_9832"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64105	"Riverine wetland Bremer River catchment_South East Queensland_9832"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64106	"Riverine wetland Bremer River catchment_South East Queensland_9832"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64107	"Riverine wetland Bremer River catchment_South East Queensland_9832"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64108	"Riverine wetland Bremer River catchment_South East Queensland_9832"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64109	"Riverine wetland Bremer River catchment_South East Queensland_9832"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64110	"Riverine wetland Bremer River catchment_South East Queensland_9832"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64111	"Riverine wetland Bremer River catchment_South East Queensland_9832"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64112	"Riverine wetland Bremer River catchment_South East Queensland_9832"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64155	"Riverine wetland Bremer River catchment_South East Queensland_9839"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64156	"Riverine wetland Bremer River catchment_South East Queensland_9839"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64157	"Riverine wetland Bremer River catchment_South East Queensland_9839"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64158	"Riverine wetland Bremer River catchment_South East Queensland_9839"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64159	"Riverine wetland Bremer River catchment_South East Queensland_9839"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64178	"Riverine wetland Bremer River catchment_South East Queensland_9842"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64179	"Riverine wetland Bremer River catchment_South East Queensland_9842"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64180	"Riverine wetland Bremer River catchment_South East Queensland_9842"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64181	"Riverine wetland Bremer River catchment_South East Queensland_9842"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64182	"Riverine wetland Bremer River catchment_South East Queensland_9842"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64183	"Palustrine wetland Bremer River catchment_South East Queensland_9843"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64184	"Palustrine wetland Bremer River catchment_South East Queensland_9843"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64185	"Palustrine wetland Bremer River catchment_South East Queensland_9843"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64186	"Palustrine wetland Bremer River catchment_South East Queensland_9843"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64187	"Palustrine wetland Bremer River catchment_South East Queensland_9843"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64188	"Palustrine wetland Bremer River catchment_South East Queensland_9843"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64189	"Palustrine wetland Bremer River catchment_South East Queensland_9843"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64190	"Palustrine wetland Bremer River catchment_South East Queensland_9843"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64191	"Palustrine wetland Bremer River catchment_South East Queensland_9843"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64192	"Palustrine wetland Bremer River catchment_South East Queensland_9844"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64193	"Palustrine wetland Bremer River catchment_South East Queensland_9844"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64194	"Palustrine wetland Bremer River catchment_South East Queensland_9844"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64195	"Palustrine wetland Bremer River catchment_South East Queensland_9844"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64196	"Palustrine wetland Bremer River catchment_South East Queensland_9844"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64197	"Palustrine wetland Bremer River catchment_South East Queensland_9844"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64198	"Palustrine wetland Bremer River catchment_South East Queensland_9844"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64199	"Palustrine wetland Bremer River catchment_South East Queensland_9844"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64200	"Palustrine wetland Bremer River catchment_South East Queensland_9844"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64201	"Palustrine wetland Bremer River catchment_South East Queensland_9845"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64202	"Palustrine wetland Bremer River catchment_South East Queensland_9845"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64203	"Palustrine wetland Bremer River catchment_South East Queensland_9845"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64204	"Palustrine wetland Bremer River catchment_South East Queensland_9845"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64205	"Palustrine wetland Bremer River catchment_South East Queensland_9845"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64206	"Palustrine wetland Bremer River catchment_South East Queensland_9845"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64207	"Palustrine wetland Bremer River catchment_South East Queensland_9845"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64208	"Palustrine wetland Bremer River catchment_South East Queensland_9845"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64209	"Palustrine wetland Bremer River catchment_South East Queensland_9845"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64210	"Palustrine wetland Bremer River catchment_South East Queensland_9846"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64211	"Palustrine wetland Bremer River catchment_South East Queensland_9846"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64212	"Palustrine wetland Bremer River catchment_South East Queensland_9846"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64213	"Palustrine wetland Bremer River catchment_South East Queensland_9846"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64214	"Palustrine wetland Bremer River catchment_South East Queensland_9846"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64215	"Palustrine wetland Bremer River catchment_South East Queensland_9846"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64216	"Palustrine wetland Bremer River catchment_South East Queensland_9846"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64217	"Palustrine wetland Bremer River catchment_South East Queensland_9846"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64218	"Palustrine wetland Bremer River catchment_South East Queensland_9846"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64219	"Palustrine wetland Bremer River catchment_South East Queensland_9847"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64220	"Palustrine wetland Bremer River catchment_South East Queensland_9847"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64221	"Palustrine wetland Bremer River catchment_South East Queensland_9847"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64222	"Palustrine wetland Bremer River catchment_South East Queensland_9847"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64223	"Palustrine wetland Bremer River catchment_South East Queensland_9847"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64224	"Palustrine wetland Bremer River catchment_South East Queensland_9847"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64225	"Palustrine wetland Bremer River catchment_South East Queensland_9847"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64226	"Palustrine wetland Bremer River catchment_South East Queensland_9847"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64227	"Palustrine wetland Bremer River catchment_South East Queensland_9847"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64267	"Riverine wetland Bremer River catchment_South East Queensland_9855"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64268	"Riverine wetland Bremer River catchment_South East Queensland_9855"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64269	"Riverine wetland Bremer River catchment_South East Queensland_9855"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64270	"Riverine wetland Bremer River catchment_South East Queensland_9855"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64271	"Riverine wetland Bremer River catchment_South East Queensland_9855"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64272	"Riverine wetland Bremer River catchment_South East Queensland_9855"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64273	"Riverine wetland Bremer River catchment_South East Queensland_9855"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64274	"Riverine wetland Bremer River catchment_South East Queensland_9855"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64275	"Riverine wetland Bremer River catchment_South East Queensland_9855"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64353	"Riverine wetland Logan River catchment_South East Queensland_9869"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64354	"Riverine wetland Logan River catchment_South East Queensland_9869"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64355	"Riverine wetland Logan River catchment_South East Queensland_9869"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64356	"Riverine wetland Logan River catchment_South East Queensland_9869"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64357	"Riverine wetland Logan River catchment_South East Queensland_9869"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64358	"Riverine wetland Logan River catchment_South East Queensland_9869"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64359	"Riverine wetland Logan River catchment_South East Queensland_9869"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64360	"Riverine wetland Logan River catchment_South East Queensland_9869"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64361	"Riverine wetland Logan River catchment_South East Queensland_9869"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64362	"Riverine wetland Logan River catchment_South East Queensland_9870"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64363	"Riverine wetland Logan River catchment_South East Queensland_9870"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64364	"Riverine wetland Logan River catchment_South East Queensland_9870"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64365	"Riverine wetland Logan River catchment_South East Queensland_9870"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64366	"Riverine wetland Logan River catchment_South East Queensland_9870"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64367	"Riverine wetland Logan River catchment_South East Queensland_9870"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64368	"Riverine wetland Logan River catchment_South East Queensland_9870"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64369	"Riverine wetland Logan River catchment_South East Queensland_9870"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64370	"Riverine wetland Logan River catchment_South East Queensland_9870"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64371	"Riverine wetland Logan River catchment_South East Queensland_9871"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64372	"Riverine wetland Logan River catchment_South East Queensland_9871"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64373	"Riverine wetland Logan River catchment_South East Queensland_9871"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64374	"Riverine wetland Logan River catchment_South East Queensland_9871"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64375	"Riverine wetland Logan River catchment_South East Queensland_9871"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64376	"Riverine wetland Logan River catchment_South East Queensland_9871"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64377	"Riverine wetland Logan River catchment_South East Queensland_9871"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64378	"Riverine wetland Logan River catchment_South East Queensland_9871"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64379	"Riverine wetland Logan River catchment_South East Queensland_9871"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64380	"Riverine wetland Logan River catchment_South East Queensland_9872"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64381	"Riverine wetland Logan River catchment_South East Queensland_9872"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64382	"Riverine wetland Logan River catchment_South East Queensland_9872"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64383	"Riverine wetland Logan River catchment_South East Queensland_9872"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64384	"Riverine wetland Logan River catchment_South East Queensland_9872"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64385	"Riverine wetland Logan River catchment_South East Queensland_9872"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64386	"Riverine wetland Logan River catchment_South East Queensland_9872"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64387	"Riverine wetland Logan River catchment_South East Queensland_9872"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64388	"Riverine wetland Logan River catchment_South East Queensland_9872"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64389	"Riverine wetland Logan River catchment_South East Queensland_9873"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64390	"Riverine wetland Logan River catchment_South East Queensland_9873"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64391	"Riverine wetland Logan River catchment_South East Queensland_9873"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64392	"Riverine wetland Logan River catchment_South East Queensland_9873"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64393	"Riverine wetland Logan River catchment_South East Queensland_9873"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64394	"Riverine wetland Logan River catchment_South East Queensland_9873"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64395	"Riverine wetland Logan River catchment_South East Queensland_9873"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64396	"Riverine wetland Logan River catchment_South East Queensland_9873"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64397	"Riverine wetland Logan River catchment_South East Queensland_9873"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64398	"Riverine wetland Logan River catchment_South East Queensland_9874"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64399	"Riverine wetland Logan River catchment_South East Queensland_9874"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64400	"Riverine wetland Logan River catchment_South East Queensland_9874"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64401	"Riverine wetland Logan River catchment_South East Queensland_9874"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64402	"Riverine wetland Logan River catchment_South East Queensland_9874"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64403	"Riverine wetland Logan River catchment_South East Queensland_9874"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64404	"Riverine wetland Logan River catchment_South East Queensland_9874"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64405	"Riverine wetland Logan River catchment_South East Queensland_9874"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64406	"Riverine wetland Logan River catchment_South East Queensland_9874"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64407	"Riverine wetland Logan River catchment_South East Queensland_9875"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64408	"Riverine wetland Logan River catchment_South East Queensland_9875"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64409	"Riverine wetland Logan River catchment_South East Queensland_9875"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64410	"Riverine wetland Logan River catchment_South East Queensland_9875"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64411	"Riverine wetland Logan River catchment_South East Queensland_9875"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64412	"Riverine wetland Logan River catchment_South East Queensland_9875"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64413	"Riverine wetland Logan River catchment_South East Queensland_9875"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64414	"Riverine wetland Logan River catchment_South East Queensland_9875"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64415	"Riverine wetland Logan River catchment_South East Queensland_9875"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64416	"Riverine wetland Logan River catchment_South East Queensland_9876"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64417	"Riverine wetland Logan River catchment_South East Queensland_9876"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64418	"Riverine wetland Logan River catchment_South East Queensland_9876"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64419	"Riverine wetland Logan River catchment_South East Queensland_9876"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64420	"Riverine wetland Logan River catchment_South East Queensland_9876"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64421	"Riverine wetland Logan River catchment_South East Queensland_9876"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64422	"Riverine wetland Logan River catchment_South East Queensland_9876"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64423	"Riverine wetland Logan River catchment_South East Queensland_9876"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64424	"Riverine wetland Logan River catchment_South East Queensland_9876"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64425	"Riverine wetland Logan River catchment_South East Queensland_9877"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64426	"Riverine wetland Logan River catchment_South East Queensland_9877"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64427	"Riverine wetland Logan River catchment_South East Queensland_9877"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64428	"Riverine wetland Logan River catchment_South East Queensland_9877"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64429	"Riverine wetland Logan River catchment_South East Queensland_9877"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64430	"Riverine wetland Logan River catchment_South East Queensland_9877"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64431	"Riverine wetland Logan River catchment_South East Queensland_9877"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64432	"Riverine wetland Logan River catchment_South East Queensland_9877"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64433	"Riverine wetland Logan River catchment_South East Queensland_9877"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64434	"Riverine wetland Logan River catchment_South East Queensland_9878"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64435	"Riverine wetland Logan River catchment_South East Queensland_9878"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64436	"Riverine wetland Logan River catchment_South East Queensland_9878"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64437	"Riverine wetland Logan River catchment_South East Queensland_9878"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64438	"Riverine wetland Logan River catchment_South East Queensland_9878"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64439	"Riverine wetland Logan River catchment_South East Queensland_9878"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64440	"Riverine wetland Logan River catchment_South East Queensland_9878"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64441	"Riverine wetland Logan River catchment_South East Queensland_9878"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64442	"Riverine wetland Logan River catchment_South East Queensland_9878"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64443	"Riverine wetland Logan River catchment_South East Queensland_9879"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64444	"Riverine wetland Logan River catchment_South East Queensland_9879"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64445	"Riverine wetland Logan River catchment_South East Queensland_9879"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64446	"Riverine wetland Logan River catchment_South East Queensland_9879"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64447	"Riverine wetland Logan River catchment_South East Queensland_9879"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64448	"Riverine wetland Logan River catchment_South East Queensland_9879"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64449	"Riverine wetland Logan River catchment_South East Queensland_9879"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64450	"Riverine wetland Logan River catchment_South East Queensland_9879"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64451	"Riverine wetland Logan River catchment_South East Queensland_9879"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64452	"Riverine wetland Logan River catchment_South East Queensland_9880"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64453	"Riverine wetland Logan River catchment_South East Queensland_9880"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64454	"Riverine wetland Logan River catchment_South East Queensland_9880"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64455	"Riverine wetland Logan River catchment_South East Queensland_9880"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64456	"Riverine wetland Logan River catchment_South East Queensland_9880"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64457	"Riverine wetland Logan River catchment_South East Queensland_9880"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64458	"Riverine wetland Logan River catchment_South East Queensland_9880"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64459	"Riverine wetland Logan River catchment_South East Queensland_9880"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64460	"Riverine wetland Logan River catchment_South East Queensland_9880"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64461	"Riverine wetland Logan River catchment_South East Queensland_9881"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64462	"Riverine wetland Logan River catchment_South East Queensland_9881"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64463	"Riverine wetland Logan River catchment_South East Queensland_9881"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64464	"Riverine wetland Logan River catchment_South East Queensland_9881"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64465	"Riverine wetland Logan River catchment_South East Queensland_9881"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64466	"Riverine wetland Logan River catchment_South East Queensland_9881"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64467	"Riverine wetland Logan River catchment_South East Queensland_9881"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64468	"Riverine wetland Logan River catchment_South East Queensland_9881"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64469	"Riverine wetland Logan River catchment_South East Queensland_9881"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64497	"Riverine wetland Bremer River catchment_South East Queensland_9885"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64498	"Riverine wetland Bremer River catchment_South East Queensland_9885"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64499	"Riverine wetland Bremer River catchment_South East Queensland_9885"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64500	"Riverine wetland Bremer River catchment_South East Queensland_9885"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64501	"Riverine wetland Bremer River catchment_South East Queensland_9885"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64502	"Riverine wetland Bremer River catchment_South East Queensland_9885"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64503	"Riverine wetland Bremer River catchment_South East Queensland_9885"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64504	"Riverine wetland Bremer River catchment_South East Queensland_9885"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64505	"Riverine wetland Bremer River catchment_South East Queensland_9885"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64506	"Riverine wetland Bremer River catchment_South East Queensland_9885"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64507	"Riverine wetland Bremer River catchment_South East Queensland_9885"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64508	"Riverine wetland Bremer River catchment_South East Queensland_9885"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64509	"Riverine wetland Bremer River catchment_South East Queensland_9885"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64520	"Riverine wetland Logan River catchment_South East Queensland_9888"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64521	"Riverine wetland Logan River catchment_South East Queensland_9888"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64522	"Riverine wetland Logan River catchment_South East Queensland_9888"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64523	"Riverine wetland Logan River catchment_South East Queensland_9888"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64524	"Riverine wetland Logan River catchment_South East Queensland_9888"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64525	"Riverine wetland Logan River catchment_South East Queensland_9888"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64526	"Riverine wetland Logan River catchment_South East Queensland_9888"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64527	"Riverine wetland Logan River catchment_South East Queensland_9888"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64528	"Riverine wetland Logan River catchment_South East Queensland_9888"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64529	"Riverine wetland Logan River catchment_South East Queensland_9889"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64530	"Riverine wetland Logan River catchment_South East Queensland_9889"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64531	"Riverine wetland Logan River catchment_South East Queensland_9889"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64532	"Riverine wetland Logan River catchment_South East Queensland_9889"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64533	"Riverine wetland Logan River catchment_South East Queensland_9889"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64534	"Riverine wetland Logan River catchment_South East Queensland_9889"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64535	"Riverine wetland Logan River catchment_South East Queensland_9889"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64536	"Riverine wetland Logan River catchment_South East Queensland_9889"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64537	"Riverine wetland Logan River catchment_South East Queensland_9889"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64538	"Riverine wetland Logan River catchment_South East Queensland_9890"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64539	"Riverine wetland Logan River catchment_South East Queensland_9890"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64540	"Riverine wetland Logan River catchment_South East Queensland_9890"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64541	"Riverine wetland Logan River catchment_South East Queensland_9890"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64542	"Riverine wetland Logan River catchment_South East Queensland_9890"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64543	"Riverine wetland Logan River catchment_South East Queensland_9890"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64544	"Riverine wetland Logan River catchment_South East Queensland_9890"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64545	"Riverine wetland Logan River catchment_South East Queensland_9890"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64546	"Riverine wetland Logan River catchment_South East Queensland_9890"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64547	"Riverine wetland Logan River catchment_South East Queensland_9891"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64548	"Riverine wetland Logan River catchment_South East Queensland_9891"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64549	"Riverine wetland Logan River catchment_South East Queensland_9891"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64550	"Riverine wetland Logan River catchment_South East Queensland_9891"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64551	"Riverine wetland Logan River catchment_South East Queensland_9891"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64552	"Riverine wetland Logan River catchment_South East Queensland_9891"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64553	"Riverine wetland Logan River catchment_South East Queensland_9891"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64554	"Riverine wetland Logan River catchment_South East Queensland_9891"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64555	"Riverine wetland Logan River catchment_South East Queensland_9891"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64556	"Riverine wetland Logan River catchment_South East Queensland_9892"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64557	"Riverine wetland Logan River catchment_South East Queensland_9892"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64558	"Riverine wetland Logan River catchment_South East Queensland_9892"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64559	"Riverine wetland Logan River catchment_South East Queensland_9892"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64560	"Riverine wetland Logan River catchment_South East Queensland_9892"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64561	"Riverine wetland Logan River catchment_South East Queensland_9892"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64562	"Riverine wetland Logan River catchment_South East Queensland_9892"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64563	"Riverine wetland Logan River catchment_South East Queensland_9892"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64564	"Riverine wetland Logan River catchment_South East Queensland_9892"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64565	"Riverine wetland Logan River catchment_South East Queensland_9893"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64566	"Riverine wetland Logan River catchment_South East Queensland_9893"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64567	"Riverine wetland Logan River catchment_South East Queensland_9893"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64568	"Riverine wetland Logan River catchment_South East Queensland_9893"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64569	"Riverine wetland Logan River catchment_South East Queensland_9893"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64570	"Riverine wetland Logan River catchment_South East Queensland_9893"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64571	"Riverine wetland Logan River catchment_South East Queensland_9893"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64572	"Riverine wetland Logan River catchment_South East Queensland_9893"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64573	"Riverine wetland Logan River catchment_South East Queensland_9893"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64574	"Riverine wetland Logan River catchment_South East Queensland_9894"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64575	"Riverine wetland Logan River catchment_South East Queensland_9894"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64576	"Riverine wetland Logan River catchment_South East Queensland_9894"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64577	"Riverine wetland Logan River catchment_South East Queensland_9894"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64578	"Riverine wetland Logan River catchment_South East Queensland_9894"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64579	"Riverine wetland Logan River catchment_South East Queensland_9894"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64580	"Riverine wetland Logan River catchment_South East Queensland_9894"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64581	"Riverine wetland Logan River catchment_South East Queensland_9894"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64582	"Riverine wetland Logan River catchment_South East Queensland_9894"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64599	"Riverine wetland Albert River catchment_South East Queensland_9897"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64600	"Riverine wetland Albert River catchment_South East Queensland_9897"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64601	"Riverine wetland Albert River catchment_South East Queensland_9897"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64602	"Riverine wetland Albert River catchment_South East Queensland_9897"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64603	"Riverine wetland Albert River catchment_South East Queensland_9897"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64604	"Riverine wetland Albert River catchment_South East Queensland_9897"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64605	"Riverine wetland Albert River catchment_South East Queensland_9897"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64606	"Riverine wetland Albert River catchment_South East Queensland_9897"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64607	"Riverine wetland Albert River catchment_South East Queensland_9898"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64608	"Riverine wetland Albert River catchment_South East Queensland_9898"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64609	"Riverine wetland Albert River catchment_South East Queensland_9898"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64610	"Riverine wetland Albert River catchment_South East Queensland_9898"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64611	"Riverine wetland Albert River catchment_South East Queensland_9898"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64612	"Riverine wetland Albert River catchment_South East Queensland_9898"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64613	"Riverine wetland Albert River catchment_South East Queensland_9898"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64614	"Riverine wetland Albert River catchment_South East Queensland_9898"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64615	"Riverine wetland Albert River catchment_South East Queensland_9899"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64616	"Riverine wetland Albert River catchment_South East Queensland_9899"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64617	"Riverine wetland Albert River catchment_South East Queensland_9899"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64618	"Riverine wetland Albert River catchment_South East Queensland_9899"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64619	"Riverine wetland Albert River catchment_South East Queensland_9899"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64620	"Riverine wetland Albert River catchment_South East Queensland_9899"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64621	"Riverine wetland Albert River catchment_South East Queensland_9899"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64622	"Riverine wetland Albert River catchment_South East Queensland_9899"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64631	"Riverine wetland Albert River catchment_South East Queensland_9901"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64632	"Riverine wetland Albert River catchment_South East Queensland_9901"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64633	"Riverine wetland Albert River catchment_South East Queensland_9901"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64634	"Riverine wetland Albert River catchment_South East Queensland_9901"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64635	"Riverine wetland Albert River catchment_South East Queensland_9901"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64636	"Riverine wetland Albert River catchment_South East Queensland_9901"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64637	"Riverine wetland Albert River catchment_South East Queensland_9901"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64638	"Riverine wetland Albert River catchment_South East Queensland_9901"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64639	"Riverine wetland Albert River catchment_South East Queensland_9902"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64640	"Riverine wetland Albert River catchment_South East Queensland_9902"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64641	"Riverine wetland Albert River catchment_South East Queensland_9902"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64642	"Riverine wetland Albert River catchment_South East Queensland_9902"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64643	"Riverine wetland Albert River catchment_South East Queensland_9902"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64644	"Riverine wetland Albert River catchment_South East Queensland_9902"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64645	"Riverine wetland Albert River catchment_South East Queensland_9902"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64646	"Riverine wetland Albert River catchment_South East Queensland_9902"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64663	"Riverine wetland Albert River catchment_South East Queensland_9905"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64664	"Riverine wetland Albert River catchment_South East Queensland_9905"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64665	"Riverine wetland Albert River catchment_South East Queensland_9905"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64666	"Riverine wetland Albert River catchment_South East Queensland_9905"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64667	"Riverine wetland Albert River catchment_South East Queensland_9905"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64668	"Riverine wetland Albert River catchment_South East Queensland_9905"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64669	"Riverine wetland Albert River catchment_South East Queensland_9905"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64670	"Riverine wetland Albert River catchment_South East Queensland_9905"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64671	"Riverine wetland Albert River catchment_South East Queensland_9906"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64672	"Riverine wetland Albert River catchment_South East Queensland_9906"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64673	"Riverine wetland Albert River catchment_South East Queensland_9906"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64674	"Riverine wetland Albert River catchment_South East Queensland_9906"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64675	"Riverine wetland Albert River catchment_South East Queensland_9906"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64676	"Riverine wetland Albert River catchment_South East Queensland_9906"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64677	"Riverine wetland Albert River catchment_South East Queensland_9906"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64678	"Riverine wetland Albert River catchment_South East Queensland_9906"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64679	"Riverine wetland Albert River catchment_South East Queensland_9907"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64680	"Riverine wetland Albert River catchment_South East Queensland_9907"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64681	"Riverine wetland Albert River catchment_South East Queensland_9907"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64682	"Riverine wetland Albert River catchment_South East Queensland_9907"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64683	"Riverine wetland Albert River catchment_South East Queensland_9907"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64684	"Riverine wetland Albert River catchment_South East Queensland_9907"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64685	"Riverine wetland Albert River catchment_South East Queensland_9907"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64686	"Riverine wetland Albert River catchment_South East Queensland_9907"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64687	"Riverine wetland Albert River catchment_South East Queensland_9908"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64688	"Riverine wetland Albert River catchment_South East Queensland_9908"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64689	"Riverine wetland Albert River catchment_South East Queensland_9908"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64690	"Riverine wetland Albert River catchment_South East Queensland_9908"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64691	"Riverine wetland Albert River catchment_South East Queensland_9908"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64692	"Riverine wetland Albert River catchment_South East Queensland_9908"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64693	"Riverine wetland Albert River catchment_South East Queensland_9908"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64694	"Riverine wetland Albert River catchment_South East Queensland_9908"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64711	"Riverine wetland Albert River catchment_South East Queensland_9911"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64712	"Riverine wetland Albert River catchment_South East Queensland_9911"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64713	"Riverine wetland Albert River catchment_South East Queensland_9911"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64714	"Riverine wetland Albert River catchment_South East Queensland_9911"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64715	"Riverine wetland Albert River catchment_South East Queensland_9911"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64716	"Riverine wetland Albert River catchment_South East Queensland_9911"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64717	"Riverine wetland Albert River catchment_South East Queensland_9911"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64718	"Riverine wetland Albert River catchment_South East Queensland_9911"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64719	"Riverine wetland Albert River catchment_South East Queensland_9912"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64720	"Riverine wetland Albert River catchment_South East Queensland_9912"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64721	"Riverine wetland Albert River catchment_South East Queensland_9912"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64722	"Riverine wetland Albert River catchment_South East Queensland_9912"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64723	"Riverine wetland Albert River catchment_South East Queensland_9912"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64724	"Riverine wetland Albert River catchment_South East Queensland_9912"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64725	"Riverine wetland Albert River catchment_South East Queensland_9912"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64726	"Riverine wetland Albert River catchment_South East Queensland_9912"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64727	"Riverine wetland Albert River catchment_South East Queensland_9913"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64728	"Riverine wetland Albert River catchment_South East Queensland_9913"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64729	"Riverine wetland Albert River catchment_South East Queensland_9913"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64730	"Riverine wetland Albert River catchment_South East Queensland_9913"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64731	"Riverine wetland Albert River catchment_South East Queensland_9913"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64732	"Riverine wetland Albert River catchment_South East Queensland_9913"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64733	"Riverine wetland Albert River catchment_South East Queensland_9913"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64734	"Riverine wetland Albert River catchment_South East Queensland_9913"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64751	"Riverine wetland Albert River catchment_South East Queensland_9916"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64752	"Riverine wetland Albert River catchment_South East Queensland_9916"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64753	"Riverine wetland Albert River catchment_South East Queensland_9916"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64754	"Riverine wetland Albert River catchment_South East Queensland_9916"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64755	"Riverine wetland Albert River catchment_South East Queensland_9916"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64756	"Riverine wetland Albert River catchment_South East Queensland_9916"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64757	"Riverine wetland Albert River catchment_South East Queensland_9916"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64758	"Riverine wetland Albert River catchment_South East Queensland_9916"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64759	"Riverine wetland Albert River catchment_South East Queensland_9917"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64760	"Riverine wetland Albert River catchment_South East Queensland_9917"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64761	"Riverine wetland Albert River catchment_South East Queensland_9917"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64762	"Riverine wetland Albert River catchment_South East Queensland_9917"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64763	"Riverine wetland Albert River catchment_South East Queensland_9917"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64764	"Riverine wetland Albert River catchment_South East Queensland_9917"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64765	"Riverine wetland Albert River catchment_South East Queensland_9917"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64766	"Riverine wetland Albert River catchment_South East Queensland_9917"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64767	"Riverine wetland Albert River catchment_South East Queensland_9918"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64768	"Riverine wetland Albert River catchment_South East Queensland_9918"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64769	"Riverine wetland Albert River catchment_South East Queensland_9918"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64770	"Riverine wetland Albert River catchment_South East Queensland_9918"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64771	"Riverine wetland Albert River catchment_South East Queensland_9918"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64772	"Riverine wetland Albert River catchment_South East Queensland_9918"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64773	"Riverine wetland Albert River catchment_South East Queensland_9918"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64774	"Riverine wetland Albert River catchment_South East Queensland_9918"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64775	"Riverine wetland Albert River catchment_South East Queensland_9919"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64776	"Riverine wetland Albert River catchment_South East Queensland_9919"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64777	"Riverine wetland Albert River catchment_South East Queensland_9919"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64778	"Riverine wetland Albert River catchment_South East Queensland_9919"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64779	"Riverine wetland Albert River catchment_South East Queensland_9919"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64780	"Riverine wetland Albert River catchment_South East Queensland_9919"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64781	"Riverine wetland Albert River catchment_South East Queensland_9919"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64782	"Riverine wetland Albert River catchment_South East Queensland_9919"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64792	"Riverine wetland Bremer River catchment_South East Queensland_9921"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64793	"Riverine wetland Bremer River catchment_South East Queensland_9921"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64794	"Riverine wetland Bremer River catchment_South East Queensland_9921"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64795	"Riverine wetland Bremer River catchment_South East Queensland_9921"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64796	"Riverine wetland Bremer River catchment_South East Queensland_9921"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64797	"Riverine wetland Bremer River catchment_South East Queensland_9921"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64798	"Riverine wetland Bremer River catchment_South East Queensland_9921"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64799	"Riverine wetland Bremer River catchment_South East Queensland_9921"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64800	"Riverine wetland Bremer River catchment_South East Queensland_9921"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64836	"Riverine wetland Logan River catchment_South East Queensland_9929"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64837	"Riverine wetland Logan River catchment_South East Queensland_9929"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64838	"Riverine wetland Logan River catchment_South East Queensland_9929"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64839	"Riverine wetland Logan River catchment_South East Queensland_9929"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64840	"Riverine wetland Logan River catchment_South East Queensland_9929"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64841	"Riverine wetland Logan River catchment_South East Queensland_9929"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64842	"Riverine wetland Logan River catchment_South East Queensland_9929"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64843	"Riverine wetland Logan River catchment_South East Queensland_9929"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64844	"Riverine wetland Logan River catchment_South East Queensland_9929"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64845	"Riverine wetland Bremer River catchment_South East Queensland_9930"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64846	"Riverine wetland Bremer River catchment_South East Queensland_9930"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64847	"Riverine wetland Bremer River catchment_South East Queensland_9930"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64848	"Riverine wetland Bremer River catchment_South East Queensland_9930"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64849	"Riverine wetland Bremer River catchment_South East Queensland_9930"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64939	"Riverine wetland Bremer River catchment_South East Queensland_9948"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64940	"Riverine wetland Bremer River catchment_South East Queensland_9948"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64941	"Riverine wetland Bremer River catchment_South East Queensland_9948"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64942	"Riverine wetland Bremer River catchment_South East Queensland_9948"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64943	"Riverine wetland Bremer River catchment_South East Queensland_9948"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64944	"Riverine wetland Bremer River catchment_South East Queensland_9948"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64945	"Riverine wetland Bremer River catchment_South East Queensland_9948"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64946	"Riverine wetland Bremer River catchment_South East Queensland_9948"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64947	"Riverine wetland Bremer River catchment_South East Queensland_9948"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64948	"Riverine wetland Bremer River catchment_South East Queensland_9948"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64949	"Riverine wetland Bremer River catchment_South East Queensland_9948"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64950	"Riverine wetland Bremer River catchment_South East Queensland_9948"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64951	"Riverine wetland Bremer River catchment_South East Queensland_9948"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
64975	"Riverine wetland Bremer River catchment_South East Queensland_9952"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
64976	"Riverine wetland Bremer River catchment_South East Queensland_9952"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
64977	"Riverine wetland Bremer River catchment_South East Queensland_9952"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
64978	"Riverine wetland Bremer River catchment_South East Queensland_9952"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
64979	"Riverine wetland Bremer River catchment_South East Queensland_9952"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64980	"Riverine wetland Bremer River catchment_South East Queensland_9952"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
64981	"Riverine wetland Bremer River catchment_South East Queensland_9952"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
64982	"Riverine wetland Bremer River catchment_South East Queensland_9952"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
64983	"Riverine wetland Bremer River catchment_South East Queensland_9952"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65008	"Riverine wetland Bremer River catchment_South East Queensland_9957"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65009	"Riverine wetland Bremer River catchment_South East Queensland_9957"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65010	"Riverine wetland Bremer River catchment_South East Queensland_9957"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65011	"Riverine wetland Bremer River catchment_South East Queensland_9957"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65012	"Riverine wetland Bremer River catchment_South East Queensland_9957"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65013	"Riverine wetland Bremer River catchment_South East Queensland_9957"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65014	"Riverine wetland Bremer River catchment_South East Queensland_9957"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65015	"Riverine wetland Bremer River catchment_South East Queensland_9957"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65016	"Riverine wetland Bremer River catchment_South East Queensland_9957"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65017	"Riverine wetland Bremer River catchment_South East Queensland_9957"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65018	"Riverine wetland Bremer River catchment_South East Queensland_9957"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65019	"Riverine wetland Bremer River catchment_South East Queensland_9957"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65020	"Riverine wetland Bremer River catchment_South East Queensland_9958"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65021	"Riverine wetland Bremer River catchment_South East Queensland_9958"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65022	"Riverine wetland Bremer River catchment_South East Queensland_9958"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65023	"Riverine wetland Bremer River catchment_South East Queensland_9958"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65024	"Riverine wetland Bremer River catchment_South East Queensland_9958"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65025	"Riverine wetland Bremer River catchment_South East Queensland_9958"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65026	"Riverine wetland Bremer River catchment_South East Queensland_9958"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65027	"Riverine wetland Bremer River catchment_South East Queensland_9958"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65028	"Riverine wetland Bremer River catchment_South East Queensland_9958"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65029	"Riverine wetland Bremer River catchment_South East Queensland_9958"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65030	"Riverine wetland Bremer River catchment_South East Queensland_9958"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65031	"Riverine wetland Bremer River catchment_South East Queensland_9958"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65032	"Riverine wetland Logan River catchment_South East Queensland_9959"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65033	"Riverine wetland Logan River catchment_South East Queensland_9959"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65034	"Riverine wetland Logan River catchment_South East Queensland_9959"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65035	"Riverine wetland Logan River catchment_South East Queensland_9959"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65036	"Riverine wetland Logan River catchment_South East Queensland_9959"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65037	"Riverine wetland Logan River catchment_South East Queensland_9959"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65038	"Riverine wetland Logan River catchment_South East Queensland_9959"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65039	"Riverine wetland Logan River catchment_South East Queensland_9959"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65040	"Riverine wetland Logan River catchment_South East Queensland_9959"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65041	"Riverine wetland Logan River catchment_South East Queensland_9960"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65042	"Riverine wetland Logan River catchment_South East Queensland_9960"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65043	"Riverine wetland Logan River catchment_South East Queensland_9960"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65044	"Riverine wetland Logan River catchment_South East Queensland_9960"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65045	"Riverine wetland Logan River catchment_South East Queensland_9960"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65046	"Riverine wetland Logan River catchment_South East Queensland_9960"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65047	"Riverine wetland Logan River catchment_South East Queensland_9960"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65048	"Riverine wetland Logan River catchment_South East Queensland_9960"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65049	"Riverine wetland Logan River catchment_South East Queensland_9960"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65050	"Riverine wetland Logan River catchment_South East Queensland_9961"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65051	"Riverine wetland Logan River catchment_South East Queensland_9961"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65052	"Riverine wetland Logan River catchment_South East Queensland_9961"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65053	"Riverine wetland Logan River catchment_South East Queensland_9961"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65054	"Riverine wetland Logan River catchment_South East Queensland_9961"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65055	"Riverine wetland Logan River catchment_South East Queensland_9961"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65056	"Riverine wetland Logan River catchment_South East Queensland_9961"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65057	"Riverine wetland Logan River catchment_South East Queensland_9961"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65058	"Riverine wetland Logan River catchment_South East Queensland_9961"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65059	"Riverine wetland Logan River catchment_South East Queensland_9962"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65060	"Riverine wetland Logan River catchment_South East Queensland_9962"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65061	"Riverine wetland Logan River catchment_South East Queensland_9962"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65062	"Riverine wetland Logan River catchment_South East Queensland_9962"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65063	"Riverine wetland Logan River catchment_South East Queensland_9962"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65064	"Riverine wetland Logan River catchment_South East Queensland_9962"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65065	"Riverine wetland Logan River catchment_South East Queensland_9962"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65066	"Riverine wetland Logan River catchment_South East Queensland_9962"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65067	"Riverine wetland Logan River catchment_South East Queensland_9962"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65068	"Riverine wetland Logan River catchment_South East Queensland_9963"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65069	"Riverine wetland Logan River catchment_South East Queensland_9963"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65070	"Riverine wetland Logan River catchment_South East Queensland_9963"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65071	"Riverine wetland Logan River catchment_South East Queensland_9963"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65072	"Riverine wetland Logan River catchment_South East Queensland_9963"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65073	"Riverine wetland Logan River catchment_South East Queensland_9963"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65074	"Riverine wetland Logan River catchment_South East Queensland_9963"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65075	"Riverine wetland Logan River catchment_South East Queensland_9963"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65076	"Riverine wetland Logan River catchment_South East Queensland_9963"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65077	"Riverine wetland Logan River catchment_South East Queensland_9964"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65078	"Riverine wetland Logan River catchment_South East Queensland_9964"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65079	"Riverine wetland Logan River catchment_South East Queensland_9964"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65080	"Riverine wetland Logan River catchment_South East Queensland_9964"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65081	"Riverine wetland Logan River catchment_South East Queensland_9964"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65082	"Riverine wetland Logan River catchment_South East Queensland_9964"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65083	"Riverine wetland Logan River catchment_South East Queensland_9964"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65084	"Riverine wetland Logan River catchment_South East Queensland_9964"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65085	"Riverine wetland Logan River catchment_South East Queensland_9964"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65086	"Riverine wetland Logan River catchment_South East Queensland_9965"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65087	"Riverine wetland Logan River catchment_South East Queensland_9965"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65088	"Riverine wetland Logan River catchment_South East Queensland_9965"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65089	"Riverine wetland Logan River catchment_South East Queensland_9965"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65090	"Riverine wetland Logan River catchment_South East Queensland_9965"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65091	"Riverine wetland Logan River catchment_South East Queensland_9965"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65092	"Riverine wetland Logan River catchment_South East Queensland_9965"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65093	"Riverine wetland Logan River catchment_South East Queensland_9965"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65094	"Riverine wetland Logan River catchment_South East Queensland_9965"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65095	"Riverine wetland Logan River catchment_South East Queensland_9966"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65096	"Riverine wetland Logan River catchment_South East Queensland_9966"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65097	"Riverine wetland Logan River catchment_South East Queensland_9966"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65098	"Riverine wetland Logan River catchment_South East Queensland_9966"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65099	"Riverine wetland Logan River catchment_South East Queensland_9966"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65100	"Riverine wetland Logan River catchment_South East Queensland_9966"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65101	"Riverine wetland Logan River catchment_South East Queensland_9966"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65102	"Riverine wetland Logan River catchment_South East Queensland_9966"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65103	"Riverine wetland Logan River catchment_South East Queensland_9966"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65104	"Riverine wetland Logan River catchment_South East Queensland_9967"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65105	"Riverine wetland Logan River catchment_South East Queensland_9967"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65106	"Riverine wetland Logan River catchment_South East Queensland_9967"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65107	"Riverine wetland Logan River catchment_South East Queensland_9967"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65108	"Riverine wetland Logan River catchment_South East Queensland_9967"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65109	"Riverine wetland Logan River catchment_South East Queensland_9967"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65110	"Riverine wetland Logan River catchment_South East Queensland_9967"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65111	"Riverine wetland Logan River catchment_South East Queensland_9967"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65112	"Riverine wetland Logan River catchment_South East Queensland_9967"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65113	"Riverine wetland Bremer River catchment_South East Queensland_9968"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65114	"Riverine wetland Bremer River catchment_South East Queensland_9968"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65115	"Riverine wetland Bremer River catchment_South East Queensland_9968"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65116	"Riverine wetland Bremer River catchment_South East Queensland_9968"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65117	"Riverine wetland Bremer River catchment_South East Queensland_9968"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65118	"Riverine wetland Bremer River catchment_South East Queensland_9969"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65119	"Riverine wetland Bremer River catchment_South East Queensland_9969"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65120	"Riverine wetland Bremer River catchment_South East Queensland_9969"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65121	"Riverine wetland Bremer River catchment_South East Queensland_9969"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65122	"Riverine wetland Bremer River catchment_South East Queensland_9969"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65143	"Riverine wetland Bremer River catchment_South East Queensland_9974"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65144	"Riverine wetland Bremer River catchment_South East Queensland_9974"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65145	"Riverine wetland Bremer River catchment_South East Queensland_9974"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65146	"Riverine wetland Bremer River catchment_South East Queensland_9974"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65147	"Riverine wetland Bremer River catchment_South East Queensland_9974"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65148	"Riverine wetland Bremer River catchment_South East Queensland_9974"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65149	"Riverine wetland Bremer River catchment_South East Queensland_9974"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65150	"Riverine wetland Bremer River catchment_South East Queensland_9974"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65151	"Riverine wetland Bremer River catchment_South East Queensland_9974"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65152	"Riverine wetland Bremer River catchment_South East Queensland_9975"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65153	"Riverine wetland Bremer River catchment_South East Queensland_9975"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65154	"Riverine wetland Bremer River catchment_South East Queensland_9975"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65155	"Riverine wetland Bremer River catchment_South East Queensland_9975"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65156	"Riverine wetland Bremer River catchment_South East Queensland_9975"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65157	"Riverine wetland Bremer River catchment_South East Queensland_9975"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65158	"Riverine wetland Bremer River catchment_South East Queensland_9975"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65159	"Riverine wetland Bremer River catchment_South East Queensland_9975"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65160	"Riverine wetland Bremer River catchment_South East Queensland_9975"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65161	"Riverine wetland Bremer River catchment_South East Queensland_9976"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65162	"Riverine wetland Bremer River catchment_South East Queensland_9976"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65163	"Riverine wetland Bremer River catchment_South East Queensland_9976"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65164	"Riverine wetland Bremer River catchment_South East Queensland_9976"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65165	"Riverine wetland Bremer River catchment_South East Queensland_9976"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65166	"Riverine wetland Bremer River catchment_South East Queensland_9976"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65167	"Riverine wetland Bremer River catchment_South East Queensland_9976"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65168	"Riverine wetland Bremer River catchment_South East Queensland_9976"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65169	"Riverine wetland Bremer River catchment_South East Queensland_9976"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65170	"Palustrine wetland Bremer River catchment_South East Queensland_9977"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65171	"Palustrine wetland Bremer River catchment_South East Queensland_9977"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65172	"Palustrine wetland Bremer River catchment_South East Queensland_9977"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65173	"Palustrine wetland Bremer River catchment_South East Queensland_9977"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65174	"Palustrine wetland Bremer River catchment_South East Queensland_9977"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65175	"Palustrine wetland Bremer River catchment_South East Queensland_9977"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65176	"Palustrine wetland Bremer River catchment_South East Queensland_9977"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65177	"Palustrine wetland Bremer River catchment_South East Queensland_9977"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65178	"Palustrine wetland Bremer River catchment_South East Queensland_9977"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65179	"Riverine wetland Bremer River catchment_South East Queensland_9978"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65180	"Riverine wetland Bremer River catchment_South East Queensland_9978"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65181	"Riverine wetland Bremer River catchment_South East Queensland_9978"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65182	"Riverine wetland Bremer River catchment_South East Queensland_9978"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65183	"Riverine wetland Bremer River catchment_South East Queensland_9978"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65184	"Riverine wetland Bremer River catchment_South East Queensland_9978"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65185	"Riverine wetland Bremer River catchment_South East Queensland_9978"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65186	"Riverine wetland Bremer River catchment_South East Queensland_9978"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65187	"Riverine wetland Bremer River catchment_South East Queensland_9978"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65188	"Riverine wetland Bremer River catchment_South East Queensland_9978"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65189	"Riverine wetland Bremer River catchment_South East Queensland_9978"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65190	"Riverine wetland Bremer River catchment_South East Queensland_9978"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65191	"Riverine wetland Bremer River catchment_South East Queensland_9978"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65192	"Riverine wetland Bremer River catchment_South East Queensland_9979"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65193	"Riverine wetland Bremer River catchment_South East Queensland_9979"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65194	"Riverine wetland Bremer River catchment_South East Queensland_9979"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65195	"Riverine wetland Bremer River catchment_South East Queensland_9979"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65196	"Riverine wetland Bremer River catchment_South East Queensland_9979"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65197	"Riverine wetland Bremer River catchment_South East Queensland_9979"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65198	"Riverine wetland Bremer River catchment_South East Queensland_9979"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65199	"Riverine wetland Bremer River catchment_South East Queensland_9979"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65200	"Riverine wetland Bremer River catchment_South East Queensland_9979"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65201	"Riverine wetland Bremer River catchment_South East Queensland_9979"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65202	"Riverine wetland Bremer River catchment_South East Queensland_9979"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65203	"Riverine wetland Bremer River catchment_South East Queensland_9979"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65204	"Riverine wetland Bremer River catchment_South East Queensland_9979"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65205	"Riverine wetland Bremer River catchment_South East Queensland_9980"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65206	"Riverine wetland Bremer River catchment_South East Queensland_9980"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65207	"Riverine wetland Bremer River catchment_South East Queensland_9980"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65208	"Riverine wetland Bremer River catchment_South East Queensland_9980"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65209	"Riverine wetland Bremer River catchment_South East Queensland_9980"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65210	"Riverine wetland Bremer River catchment_South East Queensland_9980"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65211	"Riverine wetland Bremer River catchment_South East Queensland_9980"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65212	"Riverine wetland Bremer River catchment_South East Queensland_9980"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65213	"Riverine wetland Bremer River catchment_South East Queensland_9980"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65214	"Riverine wetland Bremer River catchment_South East Queensland_9980"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65215	"Riverine wetland Bremer River catchment_South East Queensland_9980"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65216	"Riverine wetland Bremer River catchment_South East Queensland_9980"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65217	"Riverine wetland Bremer River catchment_South East Queensland_9980"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65218	"Riverine wetland Bremer River catchment_South East Queensland_9981"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65219	"Riverine wetland Bremer River catchment_South East Queensland_9981"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65220	"Riverine wetland Bremer River catchment_South East Queensland_9981"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65221	"Riverine wetland Bremer River catchment_South East Queensland_9981"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65222	"Riverine wetland Bremer River catchment_South East Queensland_9981"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65223	"Riverine wetland Bremer River catchment_South East Queensland_9981"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65224	"Riverine wetland Bremer River catchment_South East Queensland_9981"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65225	"Riverine wetland Bremer River catchment_South East Queensland_9981"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65226	"Riverine wetland Bremer River catchment_South East Queensland_9981"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65227	"Riverine wetland Bremer River catchment_South East Queensland_9981"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65228	"Riverine wetland Bremer River catchment_South East Queensland_9981"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65229	"Riverine wetland Bremer River catchment_South East Queensland_9981"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65230	"Riverine wetland Bremer River catchment_South East Queensland_9981"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65301	"Riverine wetland Bremer River catchment_South East Queensland_9996"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65302	"Riverine wetland Bremer River catchment_South East Queensland_9996"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65303	"Riverine wetland Bremer River catchment_South East Queensland_9996"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65304	"Riverine wetland Bremer River catchment_South East Queensland_9996"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65305	"Riverine wetland Bremer River catchment_South East Queensland_9996"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65306	"Riverine wetland Bremer River catchment_South East Queensland_9996"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65307	"Riverine wetland Bremer River catchment_South East Queensland_9996"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65308	"Riverine wetland Bremer River catchment_South East Queensland_9996"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65309	"Riverine wetland Bremer River catchment_South East Queensland_9996"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65310	"Riverine wetland Bremer River catchment_South East Queensland_9997"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65311	"Riverine wetland Bremer River catchment_South East Queensland_9997"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65312	"Riverine wetland Bremer River catchment_South East Queensland_9997"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65313	"Riverine wetland Bremer River catchment_South East Queensland_9997"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65314	"Riverine wetland Bremer River catchment_South East Queensland_9997"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65315	"Riverine wetland Bremer River catchment_South East Queensland_9997"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65316	"Riverine wetland Bremer River catchment_South East Queensland_9997"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65317	"Riverine wetland Bremer River catchment_South East Queensland_9997"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65318	"Riverine wetland Bremer River catchment_South East Queensland_9997"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65319	"Riverine wetland Bremer River catchment_South East Queensland_9998"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65320	"Riverine wetland Bremer River catchment_South East Queensland_9998"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65321	"Riverine wetland Bremer River catchment_South East Queensland_9998"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65322	"Riverine wetland Bremer River catchment_South East Queensland_9998"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65323	"Riverine wetland Bremer River catchment_South East Queensland_9998"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65324	"Riverine wetland Bremer River catchment_South East Queensland_9998"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65325	"Riverine wetland Bremer River catchment_South East Queensland_9998"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65326	"Riverine wetland Bremer River catchment_South East Queensland_9998"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65327	"Riverine wetland Bremer River catchment_South East Queensland_9998"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65342	"Riverine wetland Bremer River catchment_South East Queensland_10001"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65343	"Riverine wetland Bremer River catchment_South East Queensland_10001"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65344	"Riverine wetland Bremer River catchment_South East Queensland_10001"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65345	"Riverine wetland Bremer River catchment_South East Queensland_10001"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65346	"Riverine wetland Bremer River catchment_South East Queensland_10001"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65347	"Riverine wetland Bremer River catchment_South East Queensland_10001"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65348	"Riverine wetland Bremer River catchment_South East Queensland_10001"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65349	"Riverine wetland Bremer River catchment_South East Queensland_10001"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65350	"Riverine wetland Bremer River catchment_South East Queensland_10001"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65366	"Riverine wetland Bremer River catchment_South East Queensland_10005"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65367	"Riverine wetland Bremer River catchment_South East Queensland_10005"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65368	"Riverine wetland Bremer River catchment_South East Queensland_10005"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65369	"Riverine wetland Bremer River catchment_South East Queensland_10005"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65370	"Riverine wetland Bremer River catchment_South East Queensland_10005"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65371	"Riverine wetland Bremer River catchment_South East Queensland_10005"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65372	"Riverine wetland Bremer River catchment_South East Queensland_10005"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65373	"Riverine wetland Bremer River catchment_South East Queensland_10005"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65374	"Riverine wetland Bremer River catchment_South East Queensland_10005"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65375	"Riverine wetland Bremer River catchment_South East Queensland_10005"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65376	"Riverine wetland Bremer River catchment_South East Queensland_10005"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65377	"Riverine wetland Bremer River catchment_South East Queensland_10005"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65378	"Riverine wetland Bremer River catchment_South East Queensland_10006"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65379	"Riverine wetland Bremer River catchment_South East Queensland_10006"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65380	"Riverine wetland Bremer River catchment_South East Queensland_10006"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65381	"Riverine wetland Bremer River catchment_South East Queensland_10006"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65382	"Riverine wetland Bremer River catchment_South East Queensland_10006"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65383	"Riverine wetland Bremer River catchment_South East Queensland_10006"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65384	"Riverine wetland Bremer River catchment_South East Queensland_10006"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65385	"Riverine wetland Bremer River catchment_South East Queensland_10006"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65386	"Riverine wetland Bremer River catchment_South East Queensland_10006"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65397	"Riverine wetland Bremer River catchment_South East Queensland_10009"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65398	"Riverine wetland Bremer River catchment_South East Queensland_10009"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65399	"Riverine wetland Bremer River catchment_South East Queensland_10009"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65400	"Riverine wetland Bremer River catchment_South East Queensland_10009"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65401	"Riverine wetland Bremer River catchment_South East Queensland_10009"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65402	"Riverine wetland Bremer River catchment_South East Queensland_10009"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65403	"Riverine wetland Bremer River catchment_South East Queensland_10009"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65404	"Riverine wetland Bremer River catchment_South East Queensland_10009"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65405	"Riverine wetland Bremer River catchment_South East Queensland_10009"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65406	"Riverine wetland Bremer River catchment_South East Queensland_10009"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65407	"Riverine wetland Bremer River catchment_South East Queensland_10009"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65408	"Riverine wetland Bremer River catchment_South East Queensland_10009"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65414	"Palustrine wetland Bremer River catchment_South East Queensland_10011"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65415	"Palustrine wetland Bremer River catchment_South East Queensland_10011"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65416	"Palustrine wetland Bremer River catchment_South East Queensland_10011"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65417	"Palustrine wetland Bremer River catchment_South East Queensland_10011"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65418	"Palustrine wetland Bremer River catchment_South East Queensland_10011"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65419	"Palustrine wetland Bremer River catchment_South East Queensland_10011"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65420	"Palustrine wetland Bremer River catchment_South East Queensland_10011"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65421	"Palustrine wetland Bremer River catchment_South East Queensland_10011"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65422	"Palustrine wetland Bremer River catchment_South East Queensland_10011"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65423	"Palustrine wetland Bremer River catchment_South East Queensland_10011"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65424	"Palustrine wetland Bremer River catchment_South East Queensland_10011"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65425	"Palustrine wetland Bremer River catchment_South East Queensland_10011"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65461	"Riverine wetland Bremer River catchment_South East Queensland_10019"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65462	"Riverine wetland Bremer River catchment_South East Queensland_10019"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65463	"Riverine wetland Bremer River catchment_South East Queensland_10019"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65464	"Riverine wetland Bremer River catchment_South East Queensland_10019"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65465	"Riverine wetland Bremer River catchment_South East Queensland_10019"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65466	"Riverine wetland Bremer River catchment_South East Queensland_10019"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65467	"Riverine wetland Bremer River catchment_South East Queensland_10019"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65468	"Riverine wetland Bremer River catchment_South East Queensland_10019"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65469	"Riverine wetland Bremer River catchment_South East Queensland_10019"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65470	"Riverine wetland Bremer River catchment_South East Queensland_10020"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65471	"Riverine wetland Bremer River catchment_South East Queensland_10020"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65472	"Riverine wetland Bremer River catchment_South East Queensland_10020"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65473	"Riverine wetland Bremer River catchment_South East Queensland_10020"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65474	"Riverine wetland Bremer River catchment_South East Queensland_10020"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65475	"Riverine wetland Bremer River catchment_South East Queensland_10020"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65476	"Riverine wetland Bremer River catchment_South East Queensland_10020"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65477	"Riverine wetland Bremer River catchment_South East Queensland_10020"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65478	"Riverine wetland Bremer River catchment_South East Queensland_10020"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65479	"Palustrine wetland Logan River catchment_South East Queensland_10021"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65480	"Palustrine wetland Logan River catchment_South East Queensland_10021"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65481	"Palustrine wetland Logan River catchment_South East Queensland_10021"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65482	"Palustrine wetland Logan River catchment_South East Queensland_10021"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65483	"Palustrine wetland Logan River catchment_South East Queensland_10021"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65489	"Riverine wetland Logan River catchment_South East Queensland_10023"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65490	"Riverine wetland Logan River catchment_South East Queensland_10023"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65491	"Riverine wetland Logan River catchment_South East Queensland_10023"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65492	"Riverine wetland Logan River catchment_South East Queensland_10023"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65493	"Riverine wetland Logan River catchment_South East Queensland_10023"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65494	"Riverine wetland Logan River catchment_South East Queensland_10024"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65495	"Riverine wetland Logan River catchment_South East Queensland_10024"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65496	"Riverine wetland Logan River catchment_South East Queensland_10024"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65497	"Riverine wetland Logan River catchment_South East Queensland_10024"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65498	"Riverine wetland Logan River catchment_South East Queensland_10024"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65499	"Riverine wetland Logan River catchment_South East Queensland_10024"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65500	"Riverine wetland Logan River catchment_South East Queensland_10024"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65501	"Riverine wetland Logan River catchment_South East Queensland_10024"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65502	"Riverine wetland Logan River catchment_South East Queensland_10024"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65503	"Riverine wetland Bremer River catchment_South East Queensland_10025"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65504	"Riverine wetland Bremer River catchment_South East Queensland_10025"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65505	"Riverine wetland Bremer River catchment_South East Queensland_10025"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65506	"Riverine wetland Bremer River catchment_South East Queensland_10025"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65507	"Riverine wetland Bremer River catchment_South East Queensland_10025"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65508	"Riverine wetland Bremer River catchment_South East Queensland_10025"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65509	"Riverine wetland Bremer River catchment_South East Queensland_10025"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65510	"Riverine wetland Bremer River catchment_South East Queensland_10025"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65511	"Riverine wetland Bremer River catchment_South East Queensland_10025"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65512	"Riverine wetland Bremer River catchment_South East Queensland_10025"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65513	"Riverine wetland Bremer River catchment_South East Queensland_10025"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65514	"Riverine wetland Bremer River catchment_South East Queensland_10025"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65515	"Riverine wetland Bremer River catchment_South East Queensland_10026"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65516	"Riverine wetland Bremer River catchment_South East Queensland_10026"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65517	"Riverine wetland Bremer River catchment_South East Queensland_10026"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65518	"Riverine wetland Bremer River catchment_South East Queensland_10026"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65519	"Riverine wetland Bremer River catchment_South East Queensland_10026"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65520	"Riverine wetland Bremer River catchment_South East Queensland_10026"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65521	"Riverine wetland Bremer River catchment_South East Queensland_10026"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65522	"Riverine wetland Bremer River catchment_South East Queensland_10026"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65523	"Riverine wetland Bremer River catchment_South East Queensland_10026"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65524	"Riverine wetland Logan River catchment_South East Queensland_10027"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65525	"Riverine wetland Logan River catchment_South East Queensland_10027"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65526	"Riverine wetland Logan River catchment_South East Queensland_10027"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65527	"Riverine wetland Logan River catchment_South East Queensland_10027"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65528	"Riverine wetland Logan River catchment_South East Queensland_10027"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65529	"Riverine wetland Logan River catchment_South East Queensland_10027"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65530	"Riverine wetland Logan River catchment_South East Queensland_10027"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65531	"Riverine wetland Logan River catchment_South East Queensland_10027"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65532	"Riverine wetland Logan River catchment_South East Queensland_10027"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65533	"Riverine wetland Logan River catchment_South East Queensland_10028"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65534	"Riverine wetland Logan River catchment_South East Queensland_10028"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65535	"Riverine wetland Logan River catchment_South East Queensland_10028"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65536	"Riverine wetland Logan River catchment_South East Queensland_10028"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65537	"Riverine wetland Logan River catchment_South East Queensland_10028"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65538	"Riverine wetland Logan River catchment_South East Queensland_10028"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65539	"Riverine wetland Logan River catchment_South East Queensland_10028"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65540	"Riverine wetland Logan River catchment_South East Queensland_10028"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65541	"Riverine wetland Logan River catchment_South East Queensland_10028"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65542	"Riverine wetland Logan River catchment_South East Queensland_10029"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65543	"Riverine wetland Logan River catchment_South East Queensland_10029"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65544	"Riverine wetland Logan River catchment_South East Queensland_10029"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65545	"Riverine wetland Logan River catchment_South East Queensland_10029"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65546	"Riverine wetland Logan River catchment_South East Queensland_10029"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65547	"Riverine wetland Logan River catchment_South East Queensland_10029"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65548	"Riverine wetland Logan River catchment_South East Queensland_10029"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65549	"Riverine wetland Logan River catchment_South East Queensland_10029"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65550	"Riverine wetland Logan River catchment_South East Queensland_10029"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65551	"Riverine wetland Logan River catchment_South East Queensland_10030"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65552	"Riverine wetland Logan River catchment_South East Queensland_10030"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65553	"Riverine wetland Logan River catchment_South East Queensland_10030"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65554	"Riverine wetland Logan River catchment_South East Queensland_10030"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65555	"Riverine wetland Logan River catchment_South East Queensland_10030"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65556	"Riverine wetland Logan River catchment_South East Queensland_10030"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65557	"Riverine wetland Logan River catchment_South East Queensland_10030"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65558	"Riverine wetland Logan River catchment_South East Queensland_10030"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65559	"Riverine wetland Logan River catchment_South East Queensland_10030"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65560	"Riverine wetland Logan River catchment_South East Queensland_10031"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65561	"Riverine wetland Logan River catchment_South East Queensland_10031"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65562	"Riverine wetland Logan River catchment_South East Queensland_10031"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65563	"Riverine wetland Logan River catchment_South East Queensland_10031"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65564	"Riverine wetland Logan River catchment_South East Queensland_10031"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65565	"Riverine wetland Logan River catchment_South East Queensland_10031"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65566	"Riverine wetland Logan River catchment_South East Queensland_10031"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65567	"Riverine wetland Logan River catchment_South East Queensland_10031"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65568	"Riverine wetland Logan River catchment_South East Queensland_10031"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65569	"Riverine wetland Logan River catchment_South East Queensland_10032"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65570	"Riverine wetland Logan River catchment_South East Queensland_10032"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65571	"Riverine wetland Logan River catchment_South East Queensland_10032"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65572	"Riverine wetland Logan River catchment_South East Queensland_10032"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65573	"Riverine wetland Logan River catchment_South East Queensland_10032"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65574	"Riverine wetland Logan River catchment_South East Queensland_10032"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65575	"Riverine wetland Logan River catchment_South East Queensland_10032"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65576	"Riverine wetland Logan River catchment_South East Queensland_10032"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65577	"Riverine wetland Logan River catchment_South East Queensland_10032"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65578	"Riverine wetland Logan River catchment_South East Queensland_10033"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65579	"Riverine wetland Logan River catchment_South East Queensland_10033"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65580	"Riverine wetland Logan River catchment_South East Queensland_10033"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65581	"Riverine wetland Logan River catchment_South East Queensland_10033"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65582	"Riverine wetland Logan River catchment_South East Queensland_10033"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65583	"Riverine wetland Logan River catchment_South East Queensland_10033"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65584	"Riverine wetland Logan River catchment_South East Queensland_10033"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65585	"Riverine wetland Logan River catchment_South East Queensland_10033"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65586	"Riverine wetland Logan River catchment_South East Queensland_10033"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65587	"Riverine wetland Logan River catchment_South East Queensland_10034"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65588	"Riverine wetland Logan River catchment_South East Queensland_10034"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65589	"Riverine wetland Logan River catchment_South East Queensland_10034"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65590	"Riverine wetland Logan River catchment_South East Queensland_10034"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65591	"Riverine wetland Logan River catchment_South East Queensland_10034"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65592	"Riverine wetland Logan River catchment_South East Queensland_10034"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65593	"Riverine wetland Logan River catchment_South East Queensland_10034"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65594	"Riverine wetland Logan River catchment_South East Queensland_10034"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65595	"Riverine wetland Logan River catchment_South East Queensland_10034"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65596	"Riverine wetland Logan River catchment_South East Queensland_10035"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65597	"Riverine wetland Logan River catchment_South East Queensland_10035"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65598	"Riverine wetland Logan River catchment_South East Queensland_10035"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65599	"Riverine wetland Logan River catchment_South East Queensland_10035"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65600	"Riverine wetland Logan River catchment_South East Queensland_10035"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65611	"Palustrine wetland Bremer River catchment_South East Queensland_10038"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65612	"Palustrine wetland Bremer River catchment_South East Queensland_10038"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65613	"Palustrine wetland Bremer River catchment_South East Queensland_10038"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65614	"Palustrine wetland Bremer River catchment_South East Queensland_10038"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65615	"Palustrine wetland Bremer River catchment_South East Queensland_10038"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65616	"Palustrine wetland Bremer River catchment_South East Queensland_10038"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65617	"Palustrine wetland Bremer River catchment_South East Queensland_10038"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65618	"Palustrine wetland Bremer River catchment_South East Queensland_10038"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65619	"Palustrine wetland Bremer River catchment_South East Queensland_10038"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65620	"Palustrine wetland Logan River catchment_South East Queensland_10039"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65621	"Palustrine wetland Logan River catchment_South East Queensland_10039"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65622	"Palustrine wetland Logan River catchment_South East Queensland_10039"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65623	"Palustrine wetland Logan River catchment_South East Queensland_10039"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65624	"Palustrine wetland Logan River catchment_South East Queensland_10039"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65625	"Riverine wetland Logan River catchment_South East Queensland_10040"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65626	"Riverine wetland Logan River catchment_South East Queensland_10040"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65627	"Riverine wetland Logan River catchment_South East Queensland_10040"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65628	"Riverine wetland Logan River catchment_South East Queensland_10040"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65629	"Riverine wetland Logan River catchment_South East Queensland_10040"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65630	"Riverine wetland Logan River catchment_South East Queensland_10040"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65631	"Riverine wetland Logan River catchment_South East Queensland_10040"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65632	"Riverine wetland Logan River catchment_South East Queensland_10040"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65633	"Riverine wetland Logan River catchment_South East Queensland_10040"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65634	"Riverine wetland Logan River catchment_South East Queensland_10041"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65635	"Riverine wetland Logan River catchment_South East Queensland_10041"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65636	"Riverine wetland Logan River catchment_South East Queensland_10041"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65637	"Riverine wetland Logan River catchment_South East Queensland_10041"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65638	"Riverine wetland Logan River catchment_South East Queensland_10041"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65639	"Riverine wetland Bremer River catchment_South East Queensland_10042"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65640	"Riverine wetland Bremer River catchment_South East Queensland_10042"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65641	"Riverine wetland Bremer River catchment_South East Queensland_10042"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65642	"Riverine wetland Bremer River catchment_South East Queensland_10042"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65643	"Riverine wetland Bremer River catchment_South East Queensland_10042"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65644	"Riverine wetland Bremer River catchment_South East Queensland_10042"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65645	"Riverine wetland Bremer River catchment_South East Queensland_10042"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65646	"Riverine wetland Bremer River catchment_South East Queensland_10042"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65647	"Riverine wetland Bremer River catchment_South East Queensland_10042"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65648	"Riverine wetland Bremer River catchment_South East Queensland_10042"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65649	"Riverine wetland Bremer River catchment_South East Queensland_10042"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65650	"Riverine wetland Bremer River catchment_South East Queensland_10042"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65736	"Riverine wetland Logan River catchment_South East Queensland_10060"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65737	"Riverine wetland Logan River catchment_South East Queensland_10060"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65738	"Riverine wetland Logan River catchment_South East Queensland_10060"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65739	"Riverine wetland Logan River catchment_South East Queensland_10060"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65740	"Riverine wetland Logan River catchment_South East Queensland_10060"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65741	"Riverine wetland Logan River catchment_South East Queensland_10060"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65742	"Riverine wetland Logan River catchment_South East Queensland_10060"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65743	"Riverine wetland Logan River catchment_South East Queensland_10060"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65744	"Riverine wetland Logan River catchment_South East Queensland_10060"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65760	"Riverine wetland Bremer River catchment_South East Queensland_10064"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65761	"Riverine wetland Bremer River catchment_South East Queensland_10064"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65762	"Riverine wetland Bremer River catchment_South East Queensland_10064"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65763	"Riverine wetland Bremer River catchment_South East Queensland_10064"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65764	"Riverine wetland Bremer River catchment_South East Queensland_10064"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65765	"Riverine wetland Bremer River catchment_South East Queensland_10064"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65766	"Riverine wetland Bremer River catchment_South East Queensland_10064"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65767	"Riverine wetland Bremer River catchment_South East Queensland_10064"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65768	"Riverine wetland Bremer River catchment_South East Queensland_10064"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65769	"Riverine wetland Bremer River catchment_South East Queensland_10064"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65770	"Riverine wetland Bremer River catchment_South East Queensland_10064"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65771	"Riverine wetland Bremer River catchment_South East Queensland_10064"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65772	"Palustrine wetland Bremer River catchment_South East Queensland_10065"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65773	"Palustrine wetland Bremer River catchment_South East Queensland_10065"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65774	"Palustrine wetland Bremer River catchment_South East Queensland_10065"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65775	"Palustrine wetland Bremer River catchment_South East Queensland_10065"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65776	"Palustrine wetland Bremer River catchment_South East Queensland_10065"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65777	"Palustrine wetland Bremer River catchment_South East Queensland_10065"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65778	"Palustrine wetland Bremer River catchment_South East Queensland_10065"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65779	"Palustrine wetland Bremer River catchment_South East Queensland_10065"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65780	"Palustrine wetland Bremer River catchment_South East Queensland_10065"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65781	"Riverine wetland Logan River catchment_South East Queensland_10066"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65782	"Riverine wetland Logan River catchment_South East Queensland_10066"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65783	"Riverine wetland Logan River catchment_South East Queensland_10066"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65784	"Riverine wetland Logan River catchment_South East Queensland_10066"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65785	"Riverine wetland Logan River catchment_South East Queensland_10066"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65786	"Palustrine wetland Logan River catchment_South East Queensland_10067"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65787	"Palustrine wetland Logan River catchment_South East Queensland_10067"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65788	"Palustrine wetland Logan River catchment_South East Queensland_10067"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65789	"Palustrine wetland Logan River catchment_South East Queensland_10067"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65790	"Palustrine wetland Logan River catchment_South East Queensland_10067"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65791	"Riverine wetland Logan River catchment_South East Queensland_10068"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65792	"Riverine wetland Logan River catchment_South East Queensland_10068"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65793	"Riverine wetland Logan River catchment_South East Queensland_10068"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65794	"Riverine wetland Logan River catchment_South East Queensland_10068"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65795	"Riverine wetland Logan River catchment_South East Queensland_10068"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65796	"Riverine wetland Logan River catchment_South East Queensland_10068"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65797	"Riverine wetland Logan River catchment_South East Queensland_10068"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65798	"Riverine wetland Logan River catchment_South East Queensland_10068"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65799	"Riverine wetland Logan River catchment_South East Queensland_10068"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65800	"Riverine wetland Logan River catchment_South East Queensland_10069"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65801	"Riverine wetland Logan River catchment_South East Queensland_10069"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65802	"Riverine wetland Logan River catchment_South East Queensland_10069"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65803	"Riverine wetland Logan River catchment_South East Queensland_10069"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65804	"Riverine wetland Logan River catchment_South East Queensland_10069"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65805	"Riverine wetland Logan River catchment_South East Queensland_10069"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65806	"Riverine wetland Logan River catchment_South East Queensland_10069"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65807	"Riverine wetland Logan River catchment_South East Queensland_10069"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65808	"Riverine wetland Logan River catchment_South East Queensland_10069"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65809	"Riverine wetland Logan River catchment_South East Queensland_10070"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65810	"Riverine wetland Logan River catchment_South East Queensland_10070"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65811	"Riverine wetland Logan River catchment_South East Queensland_10070"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65812	"Riverine wetland Logan River catchment_South East Queensland_10070"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65813	"Riverine wetland Logan River catchment_South East Queensland_10070"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65814	"Riverine wetland Logan River catchment_South East Queensland_10070"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65815	"Riverine wetland Logan River catchment_South East Queensland_10070"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65816	"Riverine wetland Logan River catchment_South East Queensland_10070"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65817	"Riverine wetland Logan River catchment_South East Queensland_10070"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65818	"Riverine wetland Logan River catchment_South East Queensland_10071"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65819	"Riverine wetland Logan River catchment_South East Queensland_10071"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65820	"Riverine wetland Logan River catchment_South East Queensland_10071"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65821	"Riverine wetland Logan River catchment_South East Queensland_10071"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65822	"Riverine wetland Logan River catchment_South East Queensland_10071"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65823	"Riverine wetland Bremer River catchment_South East Queensland_10072"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65824	"Riverine wetland Bremer River catchment_South East Queensland_10072"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65825	"Riverine wetland Bremer River catchment_South East Queensland_10072"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65826	"Riverine wetland Bremer River catchment_South East Queensland_10072"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65827	"Riverine wetland Bremer River catchment_South East Queensland_10072"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65828	"Riverine wetland Bremer River catchment_South East Queensland_10072"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65829	"Riverine wetland Bremer River catchment_South East Queensland_10072"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65830	"Riverine wetland Bremer River catchment_South East Queensland_10072"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65831	"Riverine wetland Bremer River catchment_South East Queensland_10072"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65832	"Riverine wetland Bremer River catchment_South East Queensland_10072"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65833	"Riverine wetland Bremer River catchment_South East Queensland_10072"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65834	"Riverine wetland Bremer River catchment_South East Queensland_10072"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65840	"Riverine wetland Bremer River catchment_South East Queensland_10074"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65841	"Riverine wetland Bremer River catchment_South East Queensland_10074"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65842	"Riverine wetland Bremer River catchment_South East Queensland_10074"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65843	"Riverine wetland Bremer River catchment_South East Queensland_10074"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65844	"Riverine wetland Bremer River catchment_South East Queensland_10074"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65845	"Riverine wetland Bremer River catchment_South East Queensland_10074"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65846	"Riverine wetland Bremer River catchment_South East Queensland_10074"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65847	"Riverine wetland Bremer River catchment_South East Queensland_10074"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65848	"Riverine wetland Bremer River catchment_South East Queensland_10074"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65849	"Riverine wetland Bremer River catchment_South East Queensland_10074"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65850	"Riverine wetland Bremer River catchment_South East Queensland_10074"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65851	"Riverine wetland Bremer River catchment_South East Queensland_10074"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65852	"Riverine wetland Bremer River catchment_South East Queensland_10075"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65853	"Riverine wetland Bremer River catchment_South East Queensland_10075"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65854	"Riverine wetland Bremer River catchment_South East Queensland_10075"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65855	"Riverine wetland Bremer River catchment_South East Queensland_10075"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65856	"Riverine wetland Bremer River catchment_South East Queensland_10075"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65857	"Riverine wetland Bremer River catchment_South East Queensland_10075"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65858	"Riverine wetland Bremer River catchment_South East Queensland_10075"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65859	"Riverine wetland Bremer River catchment_South East Queensland_10075"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65860	"Riverine wetland Bremer River catchment_South East Queensland_10075"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65861	"Riverine wetland Bremer River catchment_South East Queensland_10076"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65862	"Riverine wetland Bremer River catchment_South East Queensland_10076"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65863	"Riverine wetland Bremer River catchment_South East Queensland_10076"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65864	"Riverine wetland Bremer River catchment_South East Queensland_10076"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65865	"Riverine wetland Bremer River catchment_South East Queensland_10076"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65866	"Riverine wetland Bremer River catchment_South East Queensland_10076"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65867	"Riverine wetland Bremer River catchment_South East Queensland_10076"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65868	"Riverine wetland Bremer River catchment_South East Queensland_10076"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65869	"Riverine wetland Bremer River catchment_South East Queensland_10076"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65870	"Riverine wetland Logan River catchment_South East Queensland_10077"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65871	"Riverine wetland Logan River catchment_South East Queensland_10077"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65872	"Riverine wetland Logan River catchment_South East Queensland_10077"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65873	"Riverine wetland Logan River catchment_South East Queensland_10077"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65874	"Riverine wetland Logan River catchment_South East Queensland_10077"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65880	"Palustrine wetland Bremer River catchment_South East Queensland_10079"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65881	"Palustrine wetland Bremer River catchment_South East Queensland_10079"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65882	"Palustrine wetland Bremer River catchment_South East Queensland_10079"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65883	"Palustrine wetland Bremer River catchment_South East Queensland_10079"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65884	"Palustrine wetland Bremer River catchment_South East Queensland_10079"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65885	"Palustrine wetland Bremer River catchment_South East Queensland_10079"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65886	"Palustrine wetland Bremer River catchment_South East Queensland_10079"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65887	"Palustrine wetland Bremer River catchment_South East Queensland_10079"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65888	"Palustrine wetland Bremer River catchment_South East Queensland_10079"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65889	"Riverine wetland Bremer River catchment_South East Queensland_10080"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65890	"Riverine wetland Bremer River catchment_South East Queensland_10080"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65891	"Riverine wetland Bremer River catchment_South East Queensland_10080"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65892	"Riverine wetland Bremer River catchment_South East Queensland_10080"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65893	"Riverine wetland Bremer River catchment_South East Queensland_10080"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65894	"Riverine wetland Bremer River catchment_South East Queensland_10080"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65895	"Riverine wetland Bremer River catchment_South East Queensland_10080"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65896	"Riverine wetland Bremer River catchment_South East Queensland_10080"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65897	"Riverine wetland Bremer River catchment_South East Queensland_10080"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65898	"Riverine wetland Bremer River catchment_South East Queensland_10080"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65899	"Riverine wetland Bremer River catchment_South East Queensland_10080"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65900	"Riverine wetland Bremer River catchment_South East Queensland_10080"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65901	"Riverine wetland Logan River catchment_South East Queensland_10081"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65902	"Riverine wetland Logan River catchment_South East Queensland_10081"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65903	"Riverine wetland Logan River catchment_South East Queensland_10081"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65904	"Riverine wetland Logan River catchment_South East Queensland_10081"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65905	"Riverine wetland Logan River catchment_South East Queensland_10081"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65906	"Riverine wetland Logan River catchment_South East Queensland_10082"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65907	"Riverine wetland Logan River catchment_South East Queensland_10082"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65908	"Riverine wetland Logan River catchment_South East Queensland_10082"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65909	"Riverine wetland Logan River catchment_South East Queensland_10082"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65910	"Riverine wetland Logan River catchment_South East Queensland_10082"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65911	"Riverine wetland Logan River catchment_South East Queensland_10083"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65912	"Riverine wetland Logan River catchment_South East Queensland_10083"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65913	"Riverine wetland Logan River catchment_South East Queensland_10083"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65914	"Riverine wetland Logan River catchment_South East Queensland_10083"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65915	"Riverine wetland Logan River catchment_South East Queensland_10083"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65916	"Riverine wetland Logan River catchment_South East Queensland_10084"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65917	"Riverine wetland Logan River catchment_South East Queensland_10084"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65918	"Riverine wetland Logan River catchment_South East Queensland_10084"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65919	"Riverine wetland Logan River catchment_South East Queensland_10084"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65920	"Riverine wetland Logan River catchment_South East Queensland_10084"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65926	"Palustrine wetland Albert River catchment_South East Queensland_10086"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65927	"Palustrine wetland Albert River catchment_South East Queensland_10086"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65928	"Palustrine wetland Albert River catchment_South East Queensland_10086"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65929	"Palustrine wetland Albert River catchment_South East Queensland_10086"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65930	"Palustrine wetland Albert River catchment_South East Queensland_10086"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65936	"Riverine wetland Bremer River catchment_South East Queensland_10088"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65937	"Riverine wetland Bremer River catchment_South East Queensland_10088"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65938	"Riverine wetland Bremer River catchment_South East Queensland_10088"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65939	"Riverine wetland Bremer River catchment_South East Queensland_10088"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65940	"Riverine wetland Bremer River catchment_South East Queensland_10088"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65941	"Riverine wetland Bremer River catchment_South East Queensland_10088"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65942	"Riverine wetland Bremer River catchment_South East Queensland_10088"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65943	"Riverine wetland Bremer River catchment_South East Queensland_10088"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65944	"Riverine wetland Bremer River catchment_South East Queensland_10088"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65945	"Palustrine wetland Logan River catchment_South East Queensland_10089"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65946	"Palustrine wetland Logan River catchment_South East Queensland_10089"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65947	"Palustrine wetland Logan River catchment_South East Queensland_10089"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65948	"Palustrine wetland Logan River catchment_South East Queensland_10089"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65949	"Palustrine wetland Logan River catchment_South East Queensland_10089"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65955	"Riverine wetland Bremer River catchment_South East Queensland_10091"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65956	"Riverine wetland Bremer River catchment_South East Queensland_10091"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65957	"Riverine wetland Bremer River catchment_South East Queensland_10091"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65958	"Riverine wetland Bremer River catchment_South East Queensland_10091"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65959	"Riverine wetland Bremer River catchment_South East Queensland_10091"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65960	"Riverine wetland Bremer River catchment_South East Queensland_10091"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65961	"Riverine wetland Bremer River catchment_South East Queensland_10091"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65962	"Riverine wetland Bremer River catchment_South East Queensland_10091"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65963	"Riverine wetland Bremer River catchment_South East Queensland_10091"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65964	"Riverine wetland Bremer River catchment_South East Queensland_10091"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65965	"Riverine wetland Bremer River catchment_South East Queensland_10091"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65966	"Riverine wetland Bremer River catchment_South East Queensland_10091"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65972	"Palustrine wetland Albert River catchment_South East Queensland_10093"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65973	"Palustrine wetland Albert River catchment_South East Queensland_10093"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65974	"Palustrine wetland Albert River catchment_South East Queensland_10093"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65975	"Palustrine wetland Albert River catchment_South East Queensland_10093"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65976	"Palustrine wetland Albert River catchment_South East Queensland_10093"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65982	"Riverine wetland Bremer River catchment_South East Queensland_10095"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65983	"Riverine wetland Bremer River catchment_South East Queensland_10095"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65984	"Riverine wetland Bremer River catchment_South East Queensland_10095"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65985	"Riverine wetland Bremer River catchment_South East Queensland_10095"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65986	"Riverine wetland Bremer River catchment_South East Queensland_10095"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65987	"Riverine wetland Bremer River catchment_South East Queensland_10095"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
65988	"Riverine wetland Bremer River catchment_South East Queensland_10095"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65989	"Riverine wetland Bremer River catchment_South East Queensland_10095"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65990	"Riverine wetland Bremer River catchment_South East Queensland_10095"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
65991	"Riverine wetland Bremer River catchment_South East Queensland_10096"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
65992	"Riverine wetland Bremer River catchment_South East Queensland_10096"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
65993	"Riverine wetland Bremer River catchment_South East Queensland_10096"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
65994	"Riverine wetland Bremer River catchment_South East Queensland_10096"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
65995	"Riverine wetland Bremer River catchment_South East Queensland_10096"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65996	"Riverine wetland Bremer River catchment_South East Queensland_10096"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
65997	"Riverine wetland Bremer River catchment_South East Queensland_10096"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65998	"Riverine wetland Bremer River catchment_South East Queensland_10096"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
65999	"Riverine wetland Bremer River catchment_South East Queensland_10096"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66000	"Riverine wetland Bremer River catchment_South East Queensland_10096"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66001	"Riverine wetland Bremer River catchment_South East Queensland_10096"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66002	"Riverine wetland Bremer River catchment_South East Queensland_10096"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66023	"Riverine wetland Bremer River catchment_South East Queensland_10101"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66024	"Riverine wetland Bremer River catchment_South East Queensland_10101"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66025	"Riverine wetland Bremer River catchment_South East Queensland_10101"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66026	"Riverine wetland Bremer River catchment_South East Queensland_10101"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66027	"Riverine wetland Bremer River catchment_South East Queensland_10101"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66028	"Riverine wetland Bremer River catchment_South East Queensland_10101"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66029	"Riverine wetland Bremer River catchment_South East Queensland_10101"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66030	"Riverine wetland Bremer River catchment_South East Queensland_10101"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66031	"Riverine wetland Bremer River catchment_South East Queensland_10101"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66032	"Riverine wetland Logan River catchment_South East Queensland_10102"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66033	"Riverine wetland Logan River catchment_South East Queensland_10102"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66034	"Riverine wetland Logan River catchment_South East Queensland_10102"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66035	"Riverine wetland Logan River catchment_South East Queensland_10102"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66036	"Riverine wetland Logan River catchment_South East Queensland_10102"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66037	"Riverine wetland Logan River catchment_South East Queensland_10102"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66038	"Riverine wetland Logan River catchment_South East Queensland_10102"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66039	"Riverine wetland Logan River catchment_South East Queensland_10102"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66040	"Riverine wetland Logan River catchment_South East Queensland_10102"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66041	"Palustrine wetland Bremer River catchment_South East Queensland_10103"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66042	"Palustrine wetland Bremer River catchment_South East Queensland_10103"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66043	"Palustrine wetland Bremer River catchment_South East Queensland_10103"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66044	"Palustrine wetland Bremer River catchment_South East Queensland_10103"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66045	"Palustrine wetland Bremer River catchment_South East Queensland_10103"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66046	"Palustrine wetland Bremer River catchment_South East Queensland_10103"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66047	"Palustrine wetland Bremer River catchment_South East Queensland_10103"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66048	"Palustrine wetland Bremer River catchment_South East Queensland_10103"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66049	"Palustrine wetland Bremer River catchment_South East Queensland_10103"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66050	"Palustrine wetland Bremer River catchment_South East Queensland_10103"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66051	"Palustrine wetland Bremer River catchment_South East Queensland_10103"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66052	"Palustrine wetland Bremer River catchment_South East Queensland_10103"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66063	"Riverine wetland Bremer River catchment_South East Queensland_10106"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66064	"Riverine wetland Bremer River catchment_South East Queensland_10106"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66065	"Riverine wetland Bremer River catchment_South East Queensland_10106"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66066	"Riverine wetland Bremer River catchment_South East Queensland_10106"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66067	"Riverine wetland Bremer River catchment_South East Queensland_10106"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66068	"Riverine wetland Bremer River catchment_South East Queensland_10106"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66069	"Riverine wetland Bremer River catchment_South East Queensland_10106"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66070	"Riverine wetland Bremer River catchment_South East Queensland_10106"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66071	"Riverine wetland Bremer River catchment_South East Queensland_10106"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66072	"Riverine wetland Bremer River catchment_South East Queensland_10106"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66073	"Riverine wetland Bremer River catchment_South East Queensland_10106"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66074	"Riverine wetland Bremer River catchment_South East Queensland_10106"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66080	"Riverine wetland Bremer River catchment_South East Queensland_10108"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66081	"Riverine wetland Bremer River catchment_South East Queensland_10108"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66082	"Riverine wetland Bremer River catchment_South East Queensland_10108"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66083	"Riverine wetland Bremer River catchment_South East Queensland_10108"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66084	"Riverine wetland Bremer River catchment_South East Queensland_10108"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66085	"Riverine wetland Bremer River catchment_South East Queensland_10108"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66086	"Riverine wetland Bremer River catchment_South East Queensland_10108"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66087	"Riverine wetland Bremer River catchment_South East Queensland_10108"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66088	"Riverine wetland Bremer River catchment_South East Queensland_10108"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66089	"Riverine wetland Bremer River catchment_South East Queensland_10108"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66090	"Riverine wetland Bremer River catchment_South East Queensland_10108"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66091	"Riverine wetland Bremer River catchment_South East Queensland_10108"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66102	"Riverine wetland Logan River catchment_South East Queensland_10111"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66103	"Riverine wetland Logan River catchment_South East Queensland_10111"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66104	"Riverine wetland Logan River catchment_South East Queensland_10111"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66105	"Riverine wetland Logan River catchment_South East Queensland_10111"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66106	"Riverine wetland Logan River catchment_South East Queensland_10111"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66107	"Riverine wetland Logan River catchment_South East Queensland_10111"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66108	"Riverine wetland Logan River catchment_South East Queensland_10111"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66109	"Riverine wetland Logan River catchment_South East Queensland_10111"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66110	"Riverine wetland Logan River catchment_South East Queensland_10111"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66121	"Riverine wetland Bremer River catchment_South East Queensland_10114"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66122	"Riverine wetland Bremer River catchment_South East Queensland_10114"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66123	"Riverine wetland Bremer River catchment_South East Queensland_10114"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66124	"Riverine wetland Bremer River catchment_South East Queensland_10114"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66125	"Riverine wetland Bremer River catchment_South East Queensland_10114"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66126	"Riverine wetland Bremer River catchment_South East Queensland_10114"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66127	"Riverine wetland Bremer River catchment_South East Queensland_10114"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66128	"Riverine wetland Bremer River catchment_South East Queensland_10114"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66129	"Riverine wetland Bremer River catchment_South East Queensland_10114"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66130	"Riverine wetland Albert River catchment_South East Queensland_10115"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66131	"Riverine wetland Albert River catchment_South East Queensland_10115"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66132	"Riverine wetland Albert River catchment_South East Queensland_10115"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66133	"Riverine wetland Albert River catchment_South East Queensland_10115"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66134	"Riverine wetland Albert River catchment_South East Queensland_10115"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66135	"Riverine wetland Logan River catchment_South East Queensland_10116"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66136	"Riverine wetland Logan River catchment_South East Queensland_10116"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66137	"Riverine wetland Logan River catchment_South East Queensland_10116"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66138	"Riverine wetland Logan River catchment_South East Queensland_10116"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66139	"Riverine wetland Logan River catchment_South East Queensland_10116"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66140	"Riverine wetland Logan River catchment_South East Queensland_10116"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66141	"Riverine wetland Logan River catchment_South East Queensland_10116"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66142	"Riverine wetland Logan River catchment_South East Queensland_10116"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66143	"Riverine wetland Logan River catchment_South East Queensland_10116"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66144	"Riverine wetland Bremer River catchment_South East Queensland_10117"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66145	"Riverine wetland Bremer River catchment_South East Queensland_10117"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66146	"Riverine wetland Bremer River catchment_South East Queensland_10117"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66147	"Riverine wetland Bremer River catchment_South East Queensland_10117"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66148	"Riverine wetland Bremer River catchment_South East Queensland_10117"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66149	"Riverine wetland Bremer River catchment_South East Queensland_10117"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66150	"Riverine wetland Bremer River catchment_South East Queensland_10117"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66151	"Riverine wetland Bremer River catchment_South East Queensland_10117"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66152	"Riverine wetland Bremer River catchment_South East Queensland_10117"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66153	"Riverine wetland Bremer River catchment_South East Queensland_10118"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66154	"Riverine wetland Bremer River catchment_South East Queensland_10118"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66155	"Riverine wetland Bremer River catchment_South East Queensland_10118"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66156	"Riverine wetland Bremer River catchment_South East Queensland_10118"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66157	"Riverine wetland Bremer River catchment_South East Queensland_10118"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66158	"Riverine wetland Bremer River catchment_South East Queensland_10118"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66159	"Riverine wetland Bremer River catchment_South East Queensland_10118"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66160	"Riverine wetland Bremer River catchment_South East Queensland_10118"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66161	"Riverine wetland Bremer River catchment_South East Queensland_10118"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66162	"Riverine wetland Bremer River catchment_South East Queensland_10118"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66163	"Riverine wetland Bremer River catchment_South East Queensland_10118"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66164	"Riverine wetland Bremer River catchment_South East Queensland_10118"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66165	"Riverine wetland Bremer River catchment_South East Queensland_10119"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66166	"Riverine wetland Bremer River catchment_South East Queensland_10119"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66167	"Riverine wetland Bremer River catchment_South East Queensland_10119"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66168	"Riverine wetland Bremer River catchment_South East Queensland_10119"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66169	"Riverine wetland Bremer River catchment_South East Queensland_10119"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66170	"Riverine wetland Bremer River catchment_South East Queensland_10119"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66171	"Riverine wetland Bremer River catchment_South East Queensland_10119"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66172	"Riverine wetland Bremer River catchment_South East Queensland_10119"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66173	"Riverine wetland Bremer River catchment_South East Queensland_10119"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66174	"Riverine wetland Bremer River catchment_South East Queensland_10120"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66175	"Riverine wetland Bremer River catchment_South East Queensland_10120"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66176	"Riverine wetland Bremer River catchment_South East Queensland_10120"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66177	"Riverine wetland Bremer River catchment_South East Queensland_10120"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66178	"Riverine wetland Bremer River catchment_South East Queensland_10120"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66179	"Riverine wetland Bremer River catchment_South East Queensland_10120"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66180	"Riverine wetland Bremer River catchment_South East Queensland_10120"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66181	"Riverine wetland Bremer River catchment_South East Queensland_10120"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66182	"Riverine wetland Bremer River catchment_South East Queensland_10120"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66183	"Riverine wetland Bremer River catchment_South East Queensland_10121"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66184	"Riverine wetland Bremer River catchment_South East Queensland_10121"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66185	"Riverine wetland Bremer River catchment_South East Queensland_10121"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66186	"Riverine wetland Bremer River catchment_South East Queensland_10121"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66187	"Riverine wetland Bremer River catchment_South East Queensland_10121"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66188	"Riverine wetland Bremer River catchment_South East Queensland_10121"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66189	"Riverine wetland Bremer River catchment_South East Queensland_10121"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66190	"Riverine wetland Bremer River catchment_South East Queensland_10121"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66191	"Riverine wetland Bremer River catchment_South East Queensland_10121"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66192	"Palustrine wetland Bremer River catchment_South East Queensland_10122"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66193	"Palustrine wetland Bremer River catchment_South East Queensland_10122"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66194	"Palustrine wetland Bremer River catchment_South East Queensland_10122"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66195	"Palustrine wetland Bremer River catchment_South East Queensland_10122"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66196	"Palustrine wetland Bremer River catchment_South East Queensland_10122"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66197	"Palustrine wetland Bremer River catchment_South East Queensland_10122"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66198	"Palustrine wetland Bremer River catchment_South East Queensland_10122"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66199	"Palustrine wetland Bremer River catchment_South East Queensland_10122"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66200	"Palustrine wetland Bremer River catchment_South East Queensland_10122"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66201	"Palustrine wetland Bremer River catchment_South East Queensland_10122"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66202	"Palustrine wetland Bremer River catchment_South East Queensland_10122"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66203	"Palustrine wetland Bremer River catchment_South East Queensland_10122"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66204	"Palustrine wetland Bremer River catchment_South East Queensland_10123"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66205	"Palustrine wetland Bremer River catchment_South East Queensland_10123"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66206	"Palustrine wetland Bremer River catchment_South East Queensland_10123"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66207	"Palustrine wetland Bremer River catchment_South East Queensland_10123"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66208	"Palustrine wetland Bremer River catchment_South East Queensland_10123"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66209	"Palustrine wetland Bremer River catchment_South East Queensland_10123"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66210	"Palustrine wetland Bremer River catchment_South East Queensland_10123"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66211	"Palustrine wetland Bremer River catchment_South East Queensland_10123"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66212	"Palustrine wetland Bremer River catchment_South East Queensland_10123"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66213	"Palustrine wetland Bremer River catchment_South East Queensland_10123"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66214	"Palustrine wetland Bremer River catchment_South East Queensland_10123"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66215	"Palustrine wetland Bremer River catchment_South East Queensland_10123"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66216	"Palustrine wetland Bremer River catchment_South East Queensland_10124"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66217	"Palustrine wetland Bremer River catchment_South East Queensland_10124"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66218	"Palustrine wetland Bremer River catchment_South East Queensland_10124"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66219	"Palustrine wetland Bremer River catchment_South East Queensland_10124"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66220	"Palustrine wetland Bremer River catchment_South East Queensland_10124"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66221	"Palustrine wetland Bremer River catchment_South East Queensland_10124"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66222	"Palustrine wetland Bremer River catchment_South East Queensland_10124"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66223	"Palustrine wetland Bremer River catchment_South East Queensland_10124"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66224	"Palustrine wetland Bremer River catchment_South East Queensland_10124"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66225	"Palustrine wetland Bremer River catchment_South East Queensland_10124"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66226	"Palustrine wetland Bremer River catchment_South East Queensland_10124"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66227	"Palustrine wetland Bremer River catchment_South East Queensland_10124"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66238	"Riverine wetland Logan River catchment_South East Queensland_10127"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66239	"Riverine wetland Logan River catchment_South East Queensland_10127"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66240	"Riverine wetland Logan River catchment_South East Queensland_10127"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66241	"Riverine wetland Logan River catchment_South East Queensland_10127"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66242	"Riverine wetland Logan River catchment_South East Queensland_10127"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66243	"Riverine wetland Logan River catchment_South East Queensland_10127"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66244	"Riverine wetland Logan River catchment_South East Queensland_10127"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66245	"Riverine wetland Logan River catchment_South East Queensland_10127"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66246	"Riverine wetland Logan River catchment_South East Queensland_10127"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66247	"Palustrine wetland Bremer River catchment_South East Queensland_10128"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66248	"Palustrine wetland Bremer River catchment_South East Queensland_10128"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66249	"Palustrine wetland Bremer River catchment_South East Queensland_10128"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66250	"Palustrine wetland Bremer River catchment_South East Queensland_10128"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66251	"Palustrine wetland Bremer River catchment_South East Queensland_10128"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66252	"Palustrine wetland Bremer River catchment_South East Queensland_10128"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66253	"Palustrine wetland Bremer River catchment_South East Queensland_10128"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66254	"Palustrine wetland Bremer River catchment_South East Queensland_10128"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66255	"Palustrine wetland Bremer River catchment_South East Queensland_10128"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66266	"Riverine wetland Logan River catchment_South East Queensland_10131"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66267	"Riverine wetland Logan River catchment_South East Queensland_10131"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66268	"Riverine wetland Logan River catchment_South East Queensland_10131"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66269	"Riverine wetland Logan River catchment_South East Queensland_10131"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66270	"Riverine wetland Logan River catchment_South East Queensland_10131"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66271	"Palustrine wetland Bremer River catchment_South East Queensland_10132"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66272	"Palustrine wetland Bremer River catchment_South East Queensland_10132"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66273	"Palustrine wetland Bremer River catchment_South East Queensland_10132"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66274	"Palustrine wetland Bremer River catchment_South East Queensland_10132"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66275	"Palustrine wetland Bremer River catchment_South East Queensland_10132"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66276	"Palustrine wetland Bremer River catchment_South East Queensland_10132"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66277	"Palustrine wetland Bremer River catchment_South East Queensland_10132"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66278	"Palustrine wetland Bremer River catchment_South East Queensland_10132"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66279	"Palustrine wetland Bremer River catchment_South East Queensland_10132"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66280	"Riverine wetland Bremer River catchment_South East Queensland_10133"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66281	"Riverine wetland Bremer River catchment_South East Queensland_10133"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66282	"Riverine wetland Bremer River catchment_South East Queensland_10133"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66283	"Riverine wetland Bremer River catchment_South East Queensland_10133"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66284	"Riverine wetland Bremer River catchment_South East Queensland_10133"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66285	"Riverine wetland Bremer River catchment_South East Queensland_10133"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66286	"Riverine wetland Bremer River catchment_South East Queensland_10133"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66287	"Riverine wetland Bremer River catchment_South East Queensland_10133"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66288	"Riverine wetland Bremer River catchment_South East Queensland_10133"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66289	"Riverine wetland Bremer River catchment_South East Queensland_10133"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66290	"Riverine wetland Bremer River catchment_South East Queensland_10133"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66291	"Riverine wetland Bremer River catchment_South East Queensland_10133"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66292	"Riverine wetland Bremer River catchment_South East Queensland_10134"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66293	"Riverine wetland Bremer River catchment_South East Queensland_10134"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66294	"Riverine wetland Bremer River catchment_South East Queensland_10134"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66295	"Riverine wetland Bremer River catchment_South East Queensland_10134"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66296	"Riverine wetland Bremer River catchment_South East Queensland_10134"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66297	"Riverine wetland Bremer River catchment_South East Queensland_10134"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66298	"Riverine wetland Bremer River catchment_South East Queensland_10134"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66299	"Riverine wetland Bremer River catchment_South East Queensland_10134"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66300	"Riverine wetland Bremer River catchment_South East Queensland_10134"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66301	"Riverine wetland Bremer River catchment_South East Queensland_10134"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66302	"Riverine wetland Bremer River catchment_South East Queensland_10134"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66303	"Riverine wetland Bremer River catchment_South East Queensland_10134"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66304	"Riverine wetland Bremer River catchment_South East Queensland_10135"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66305	"Riverine wetland Bremer River catchment_South East Queensland_10135"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66306	"Riverine wetland Bremer River catchment_South East Queensland_10135"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66307	"Riverine wetland Bremer River catchment_South East Queensland_10135"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66308	"Riverine wetland Bremer River catchment_South East Queensland_10135"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66309	"Riverine wetland Bremer River catchment_South East Queensland_10135"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66310	"Riverine wetland Bremer River catchment_South East Queensland_10135"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66311	"Riverine wetland Bremer River catchment_South East Queensland_10135"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66312	"Riverine wetland Bremer River catchment_South East Queensland_10135"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66313	"Riverine wetland Bremer River catchment_South East Queensland_10135"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66314	"Riverine wetland Bremer River catchment_South East Queensland_10135"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66315	"Riverine wetland Bremer River catchment_South East Queensland_10135"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66316	"Riverine wetland Albert River catchment_South East Queensland_10136"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66317	"Riverine wetland Albert River catchment_South East Queensland_10136"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66318	"Riverine wetland Albert River catchment_South East Queensland_10136"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66319	"Riverine wetland Albert River catchment_South East Queensland_10136"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66320	"Riverine wetland Albert River catchment_South East Queensland_10136"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66321	"Riverine wetland Bremer River catchment_South East Queensland_10137"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66322	"Riverine wetland Bremer River catchment_South East Queensland_10137"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66323	"Riverine wetland Bremer River catchment_South East Queensland_10137"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66324	"Riverine wetland Bremer River catchment_South East Queensland_10137"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66325	"Riverine wetland Bremer River catchment_South East Queensland_10137"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66326	"Riverine wetland Bremer River catchment_South East Queensland_10137"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66327	"Riverine wetland Bremer River catchment_South East Queensland_10137"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66328	"Riverine wetland Bremer River catchment_South East Queensland_10137"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66329	"Riverine wetland Bremer River catchment_South East Queensland_10137"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66330	"Riverine wetland Bremer River catchment_South East Queensland_10138"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66331	"Riverine wetland Bremer River catchment_South East Queensland_10138"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66332	"Riverine wetland Bremer River catchment_South East Queensland_10138"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66333	"Riverine wetland Bremer River catchment_South East Queensland_10138"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66334	"Riverine wetland Bremer River catchment_South East Queensland_10138"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66335	"Riverine wetland Bremer River catchment_South East Queensland_10138"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66336	"Riverine wetland Bremer River catchment_South East Queensland_10138"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66337	"Riverine wetland Bremer River catchment_South East Queensland_10138"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66338	"Riverine wetland Bremer River catchment_South East Queensland_10138"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66339	"Riverine wetland Bremer River catchment_South East Queensland_10139"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66340	"Riverine wetland Bremer River catchment_South East Queensland_10139"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66341	"Riverine wetland Bremer River catchment_South East Queensland_10139"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66342	"Riverine wetland Bremer River catchment_South East Queensland_10139"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66343	"Riverine wetland Bremer River catchment_South East Queensland_10139"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66344	"Riverine wetland Bremer River catchment_South East Queensland_10139"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66345	"Riverine wetland Bremer River catchment_South East Queensland_10139"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66346	"Riverine wetland Bremer River catchment_South East Queensland_10139"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66347	"Riverine wetland Bremer River catchment_South East Queensland_10139"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66348	"Riverine wetland Logan River catchment_South East Queensland_10140"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66349	"Riverine wetland Logan River catchment_South East Queensland_10140"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66350	"Riverine wetland Logan River catchment_South East Queensland_10140"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66351	"Riverine wetland Logan River catchment_South East Queensland_10140"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66352	"Riverine wetland Logan River catchment_South East Queensland_10140"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66353	"Riverine wetland Logan River catchment_South East Queensland_10141"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66354	"Riverine wetland Logan River catchment_South East Queensland_10141"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66355	"Riverine wetland Logan River catchment_South East Queensland_10141"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66356	"Riverine wetland Logan River catchment_South East Queensland_10141"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66357	"Riverine wetland Logan River catchment_South East Queensland_10141"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66358	"Riverine wetland Logan River catchment_South East Queensland_10142"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66359	"Riverine wetland Logan River catchment_South East Queensland_10142"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66360	"Riverine wetland Logan River catchment_South East Queensland_10142"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66361	"Riverine wetland Logan River catchment_South East Queensland_10142"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66362	"Riverine wetland Logan River catchment_South East Queensland_10142"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66368	"Palustrine wetland Bremer River catchment_South East Queensland_10144"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66369	"Palustrine wetland Bremer River catchment_South East Queensland_10144"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66370	"Palustrine wetland Bremer River catchment_South East Queensland_10144"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66371	"Palustrine wetland Bremer River catchment_South East Queensland_10144"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66372	"Palustrine wetland Bremer River catchment_South East Queensland_10144"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66373	"Palustrine wetland Bremer River catchment_South East Queensland_10144"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66374	"Palustrine wetland Bremer River catchment_South East Queensland_10144"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66375	"Palustrine wetland Bremer River catchment_South East Queensland_10144"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66376	"Palustrine wetland Bremer River catchment_South East Queensland_10144"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66377	"Palustrine wetland Bremer River catchment_South East Queensland_10144"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66378	"Palustrine wetland Bremer River catchment_South East Queensland_10144"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66379	"Palustrine wetland Bremer River catchment_South East Queensland_10144"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66380	"Lacustrine wetland Bremer River catchment_South East Queensland_10145"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66381	"Lacustrine wetland Bremer River catchment_South East Queensland_10145"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66382	"Lacustrine wetland Bremer River catchment_South East Queensland_10145"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66383	"Lacustrine wetland Bremer River catchment_South East Queensland_10145"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66384	"Lacustrine wetland Bremer River catchment_South East Queensland_10145"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66395	"Riverine wetland Bremer River catchment_South East Queensland_10148"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66396	"Riverine wetland Bremer River catchment_South East Queensland_10148"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66397	"Riverine wetland Bremer River catchment_South East Queensland_10148"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66398	"Riverine wetland Bremer River catchment_South East Queensland_10148"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66399	"Riverine wetland Bremer River catchment_South East Queensland_10148"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66400	"Riverine wetland Bremer River catchment_South East Queensland_10148"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66401	"Riverine wetland Bremer River catchment_South East Queensland_10148"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66402	"Riverine wetland Bremer River catchment_South East Queensland_10148"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66403	"Riverine wetland Bremer River catchment_South East Queensland_10148"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66424	"Palustrine wetland Bremer River catchment_South East Queensland_10153"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66425	"Palustrine wetland Bremer River catchment_South East Queensland_10153"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66426	"Palustrine wetland Bremer River catchment_South East Queensland_10153"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66427	"Palustrine wetland Bremer River catchment_South East Queensland_10153"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66428	"Palustrine wetland Bremer River catchment_South East Queensland_10153"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66429	"Palustrine wetland Bremer River catchment_South East Queensland_10153"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66430	"Palustrine wetland Bremer River catchment_South East Queensland_10153"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66431	"Palustrine wetland Bremer River catchment_South East Queensland_10153"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66432	"Palustrine wetland Bremer River catchment_South East Queensland_10153"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66433	"Palustrine wetland Bremer River catchment_South East Queensland_10153"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66434	"Palustrine wetland Bremer River catchment_South East Queensland_10153"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66435	"Palustrine wetland Bremer River catchment_South East Queensland_10153"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66436	"Palustrine wetland Bremer River catchment_South East Queensland_10154"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66437	"Palustrine wetland Bremer River catchment_South East Queensland_10154"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66438	"Palustrine wetland Bremer River catchment_South East Queensland_10154"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66439	"Palustrine wetland Bremer River catchment_South East Queensland_10154"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66440	"Palustrine wetland Bremer River catchment_South East Queensland_10154"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66441	"Palustrine wetland Bremer River catchment_South East Queensland_10154"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66442	"Palustrine wetland Bremer River catchment_South East Queensland_10154"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66443	"Palustrine wetland Bremer River catchment_South East Queensland_10154"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66444	"Palustrine wetland Bremer River catchment_South East Queensland_10154"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66445	"Palustrine wetland Bremer River catchment_South East Queensland_10155"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66446	"Palustrine wetland Bremer River catchment_South East Queensland_10155"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66447	"Palustrine wetland Bremer River catchment_South East Queensland_10155"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66448	"Palustrine wetland Bremer River catchment_South East Queensland_10155"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66449	"Palustrine wetland Bremer River catchment_South East Queensland_10155"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66450	"Palustrine wetland Bremer River catchment_South East Queensland_10155"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66451	"Palustrine wetland Bremer River catchment_South East Queensland_10155"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66452	"Palustrine wetland Bremer River catchment_South East Queensland_10155"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66453	"Palustrine wetland Bremer River catchment_South East Queensland_10155"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66454	"Riverine wetland Bremer River catchment_South East Queensland_10156"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66455	"Riverine wetland Bremer River catchment_South East Queensland_10156"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66456	"Riverine wetland Bremer River catchment_South East Queensland_10156"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66457	"Riverine wetland Bremer River catchment_South East Queensland_10156"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66458	"Riverine wetland Bremer River catchment_South East Queensland_10156"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66459	"Riverine wetland Bremer River catchment_South East Queensland_10156"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66460	"Riverine wetland Bremer River catchment_South East Queensland_10156"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66461	"Riverine wetland Bremer River catchment_South East Queensland_10156"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66462	"Riverine wetland Bremer River catchment_South East Queensland_10156"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66463	"Palustrine wetland Albert River catchment_South East Queensland_10157"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66464	"Palustrine wetland Albert River catchment_South East Queensland_10157"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66465	"Palustrine wetland Albert River catchment_South East Queensland_10157"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66466	"Palustrine wetland Albert River catchment_South East Queensland_10157"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66467	"Palustrine wetland Albert River catchment_South East Queensland_10157"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66468	"Riverine wetland Albert River catchment_South East Queensland_10158"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66469	"Riverine wetland Albert River catchment_South East Queensland_10158"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66470	"Riverine wetland Albert River catchment_South East Queensland_10158"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66471	"Riverine wetland Albert River catchment_South East Queensland_10158"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66472	"Riverine wetland Albert River catchment_South East Queensland_10158"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66473	"Riverine wetland Bremer River catchment_South East Queensland_10159"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66474	"Riverine wetland Bremer River catchment_South East Queensland_10159"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66475	"Riverine wetland Bremer River catchment_South East Queensland_10159"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66476	"Riverine wetland Bremer River catchment_South East Queensland_10159"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66477	"Riverine wetland Bremer River catchment_South East Queensland_10159"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66478	"Riverine wetland Bremer River catchment_South East Queensland_10159"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66479	"Riverine wetland Bremer River catchment_South East Queensland_10159"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66480	"Riverine wetland Bremer River catchment_South East Queensland_10159"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66481	"Riverine wetland Bremer River catchment_South East Queensland_10159"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66482	"Palustrine wetland Albert River catchment_South East Queensland_10160"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66483	"Palustrine wetland Albert River catchment_South East Queensland_10160"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66484	"Palustrine wetland Albert River catchment_South East Queensland_10160"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66485	"Palustrine wetland Albert River catchment_South East Queensland_10160"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66486	"Palustrine wetland Albert River catchment_South East Queensland_10160"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66487	"Palustrine wetland Albert River catchment_South East Queensland_10161"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66488	"Palustrine wetland Albert River catchment_South East Queensland_10161"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66489	"Palustrine wetland Albert River catchment_South East Queensland_10161"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66490	"Palustrine wetland Albert River catchment_South East Queensland_10161"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66491	"Palustrine wetland Albert River catchment_South East Queensland_10161"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66492	"Palustrine wetland Albert River catchment_South East Queensland_10162"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66493	"Palustrine wetland Albert River catchment_South East Queensland_10162"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66494	"Palustrine wetland Albert River catchment_South East Queensland_10162"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66495	"Palustrine wetland Albert River catchment_South East Queensland_10162"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66496	"Palustrine wetland Albert River catchment_South East Queensland_10162"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66497	"Riverine wetland Logan River catchment_South East Queensland_10163"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66498	"Riverine wetland Logan River catchment_South East Queensland_10163"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66499	"Riverine wetland Logan River catchment_South East Queensland_10163"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66500	"Riverine wetland Logan River catchment_South East Queensland_10163"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66501	"Riverine wetland Logan River catchment_South East Queensland_10163"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66627	"Riverine wetland Albert River catchment_South East Queensland_10189"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66628	"Riverine wetland Albert River catchment_South East Queensland_10189"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66629	"Riverine wetland Albert River catchment_South East Queensland_10189"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66630	"Riverine wetland Albert River catchment_South East Queensland_10189"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66631	"Riverine wetland Albert River catchment_South East Queensland_10189"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66632	"Palustrine wetland Albert River catchment_South East Queensland_10190"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66633	"Palustrine wetland Albert River catchment_South East Queensland_10190"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66634	"Palustrine wetland Albert River catchment_South East Queensland_10190"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66635	"Palustrine wetland Albert River catchment_South East Queensland_10190"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66636	"Palustrine wetland Albert River catchment_South East Queensland_10190"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66637	"Palustrine wetland Albert River catchment_South East Queensland_10191"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66638	"Palustrine wetland Albert River catchment_South East Queensland_10191"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66639	"Palustrine wetland Albert River catchment_South East Queensland_10191"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66640	"Palustrine wetland Albert River catchment_South East Queensland_10191"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66641	"Palustrine wetland Albert River catchment_South East Queensland_10191"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66642	"Palustrine wetland Albert River catchment_South East Queensland_10192"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66643	"Palustrine wetland Albert River catchment_South East Queensland_10192"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66644	"Palustrine wetland Albert River catchment_South East Queensland_10192"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66645	"Palustrine wetland Albert River catchment_South East Queensland_10192"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66646	"Palustrine wetland Albert River catchment_South East Queensland_10192"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66647	"Palustrine wetland Albert River catchment_South East Queensland_10193"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66648	"Palustrine wetland Albert River catchment_South East Queensland_10193"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66649	"Palustrine wetland Albert River catchment_South East Queensland_10193"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66650	"Palustrine wetland Albert River catchment_South East Queensland_10193"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66651	"Palustrine wetland Albert River catchment_South East Queensland_10193"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66652	"Palustrine wetland Bremer River catchment_South East Queensland_10194"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66653	"Palustrine wetland Bremer River catchment_South East Queensland_10194"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66654	"Palustrine wetland Bremer River catchment_South East Queensland_10194"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66655	"Palustrine wetland Bremer River catchment_South East Queensland_10194"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66656	"Palustrine wetland Bremer River catchment_South East Queensland_10194"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66657	"Palustrine wetland Bremer River catchment_South East Queensland_10194"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66658	"Palustrine wetland Bremer River catchment_South East Queensland_10194"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66659	"Palustrine wetland Bremer River catchment_South East Queensland_10194"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66660	"Palustrine wetland Bremer River catchment_South East Queensland_10194"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66661	"Palustrine wetland Bremer River catchment_South East Queensland_10194"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66662	"Palustrine wetland Bremer River catchment_South East Queensland_10194"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66663	"Palustrine wetland Bremer River catchment_South East Queensland_10194"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66664	"Palustrine wetland Bremer River catchment_South East Queensland_10195"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66665	"Palustrine wetland Bremer River catchment_South East Queensland_10195"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66666	"Palustrine wetland Bremer River catchment_South East Queensland_10195"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66667	"Palustrine wetland Bremer River catchment_South East Queensland_10195"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66668	"Palustrine wetland Bremer River catchment_South East Queensland_10195"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66669	"Palustrine wetland Bremer River catchment_South East Queensland_10195"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66670	"Palustrine wetland Bremer River catchment_South East Queensland_10195"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66671	"Palustrine wetland Bremer River catchment_South East Queensland_10195"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66672	"Palustrine wetland Bremer River catchment_South East Queensland_10195"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66673	"Palustrine wetland Bremer River catchment_South East Queensland_10195"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66674	"Palustrine wetland Bremer River catchment_South East Queensland_10195"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66675	"Palustrine wetland Bremer River catchment_South East Queensland_10195"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66676	"Riverine wetland Bremer River catchment_South East Queensland_10196"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66677	"Riverine wetland Bremer River catchment_South East Queensland_10196"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66678	"Riverine wetland Bremer River catchment_South East Queensland_10196"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66679	"Riverine wetland Bremer River catchment_South East Queensland_10196"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66680	"Riverine wetland Bremer River catchment_South East Queensland_10196"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66681	"Riverine wetland Bremer River catchment_South East Queensland_10196"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66682	"Riverine wetland Bremer River catchment_South East Queensland_10196"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66683	"Riverine wetland Bremer River catchment_South East Queensland_10196"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66684	"Riverine wetland Bremer River catchment_South East Queensland_10196"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66685	"Riverine wetland Bremer River catchment_South East Queensland_10196"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66686	"Riverine wetland Bremer River catchment_South East Queensland_10196"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66687	"Riverine wetland Bremer River catchment_South East Queensland_10196"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66688	"Riverine wetland Albert River catchment_South East Queensland_10197"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66689	"Riverine wetland Albert River catchment_South East Queensland_10197"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66690	"Riverine wetland Albert River catchment_South East Queensland_10197"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66691	"Riverine wetland Albert River catchment_South East Queensland_10197"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66692	"Riverine wetland Albert River catchment_South East Queensland_10197"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66693	"Riverine wetland Logan River catchment_South East Queensland_10198"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66694	"Riverine wetland Logan River catchment_South East Queensland_10198"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66695	"Riverine wetland Logan River catchment_South East Queensland_10198"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66696	"Riverine wetland Logan River catchment_South East Queensland_10198"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66697	"Riverine wetland Logan River catchment_South East Queensland_10198"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66698	"Riverine wetland Logan River catchment_South East Queensland_10198"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66699	"Riverine wetland Logan River catchment_South East Queensland_10198"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66700	"Riverine wetland Logan River catchment_South East Queensland_10198"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66701	"Riverine wetland Logan River catchment_South East Queensland_10198"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66702	"Riverine wetland Logan River catchment_South East Queensland_10198"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66703	"Riverine wetland Logan River catchment_South East Queensland_10198"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66704	"Riverine wetland Logan River catchment_South East Queensland_10198"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66705	"Riverine wetland Logan River catchment_South East Queensland_10199"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66706	"Riverine wetland Logan River catchment_South East Queensland_10199"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66707	"Riverine wetland Logan River catchment_South East Queensland_10199"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66708	"Riverine wetland Logan River catchment_South East Queensland_10199"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66709	"Riverine wetland Logan River catchment_South East Queensland_10199"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66710	"Riverine wetland Logan River catchment_South East Queensland_10199"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66711	"Riverine wetland Logan River catchment_South East Queensland_10199"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66712	"Riverine wetland Logan River catchment_South East Queensland_10199"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66713	"Riverine wetland Logan River catchment_South East Queensland_10199"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66714	"Riverine wetland Logan River catchment_South East Queensland_10199"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66715	"Riverine wetland Logan River catchment_South East Queensland_10199"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66716	"Riverine wetland Logan River catchment_South East Queensland_10199"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66717	"Riverine wetland Logan River catchment_South East Queensland_10200"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66718	"Riverine wetland Logan River catchment_South East Queensland_10200"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66719	"Riverine wetland Logan River catchment_South East Queensland_10200"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66720	"Riverine wetland Logan River catchment_South East Queensland_10200"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66721	"Riverine wetland Logan River catchment_South East Queensland_10200"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66722	"Riverine wetland Logan River catchment_South East Queensland_10200"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66723	"Riverine wetland Logan River catchment_South East Queensland_10200"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66724	"Riverine wetland Logan River catchment_South East Queensland_10200"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66725	"Riverine wetland Logan River catchment_South East Queensland_10200"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66726	"Riverine wetland Logan River catchment_South East Queensland_10200"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66727	"Riverine wetland Logan River catchment_South East Queensland_10200"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66728	"Riverine wetland Logan River catchment_South East Queensland_10200"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66729	"Riverine wetland Logan River catchment_South East Queensland_10201"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66730	"Riverine wetland Logan River catchment_South East Queensland_10201"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66731	"Riverine wetland Logan River catchment_South East Queensland_10201"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66732	"Riverine wetland Logan River catchment_South East Queensland_10201"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66733	"Riverine wetland Logan River catchment_South East Queensland_10201"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66734	"Riverine wetland Logan River catchment_South East Queensland_10201"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66735	"Riverine wetland Logan River catchment_South East Queensland_10201"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66736	"Riverine wetland Logan River catchment_South East Queensland_10201"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66737	"Riverine wetland Logan River catchment_South East Queensland_10201"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66738	"Riverine wetland Logan River catchment_South East Queensland_10201"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66739	"Riverine wetland Logan River catchment_South East Queensland_10201"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66740	"Riverine wetland Logan River catchment_South East Queensland_10201"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66741	"Riverine wetland Logan River catchment_South East Queensland_10202"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66742	"Riverine wetland Logan River catchment_South East Queensland_10202"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66743	"Riverine wetland Logan River catchment_South East Queensland_10202"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66744	"Riverine wetland Logan River catchment_South East Queensland_10202"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66745	"Riverine wetland Logan River catchment_South East Queensland_10202"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66746	"Riverine wetland Logan River catchment_South East Queensland_10202"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66747	"Riverine wetland Logan River catchment_South East Queensland_10202"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66748	"Riverine wetland Logan River catchment_South East Queensland_10202"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66749	"Riverine wetland Logan River catchment_South East Queensland_10202"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66750	"Riverine wetland Logan River catchment_South East Queensland_10202"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66751	"Riverine wetland Logan River catchment_South East Queensland_10202"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66752	"Riverine wetland Logan River catchment_South East Queensland_10202"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66753	"Riverine wetland Logan River catchment_South East Queensland_10203"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66754	"Riverine wetland Logan River catchment_South East Queensland_10203"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66755	"Riverine wetland Logan River catchment_South East Queensland_10203"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66756	"Riverine wetland Logan River catchment_South East Queensland_10203"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66757	"Riverine wetland Logan River catchment_South East Queensland_10203"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66758	"Riverine wetland Logan River catchment_South East Queensland_10203"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66759	"Riverine wetland Logan River catchment_South East Queensland_10203"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66760	"Riverine wetland Logan River catchment_South East Queensland_10203"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66761	"Riverine wetland Logan River catchment_South East Queensland_10203"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66762	"Riverine wetland Logan River catchment_South East Queensland_10203"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66763	"Riverine wetland Logan River catchment_South East Queensland_10203"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66764	"Riverine wetland Logan River catchment_South East Queensland_10203"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66765	"Riverine wetland Logan River catchment_South East Queensland_10204"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66766	"Riverine wetland Logan River catchment_South East Queensland_10204"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66767	"Riverine wetland Logan River catchment_South East Queensland_10204"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66768	"Riverine wetland Logan River catchment_South East Queensland_10204"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66769	"Riverine wetland Logan River catchment_South East Queensland_10204"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66770	"Riverine wetland Logan River catchment_South East Queensland_10204"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66771	"Riverine wetland Logan River catchment_South East Queensland_10204"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66772	"Riverine wetland Logan River catchment_South East Queensland_10204"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66773	"Riverine wetland Logan River catchment_South East Queensland_10204"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66774	"Riverine wetland Logan River catchment_South East Queensland_10204"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66775	"Riverine wetland Logan River catchment_South East Queensland_10204"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66776	"Riverine wetland Logan River catchment_South East Queensland_10204"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66777	"Riverine wetland Logan River catchment_South East Queensland_10205"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66778	"Riverine wetland Logan River catchment_South East Queensland_10205"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66779	"Riverine wetland Logan River catchment_South East Queensland_10205"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66780	"Riverine wetland Logan River catchment_South East Queensland_10205"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66781	"Riverine wetland Logan River catchment_South East Queensland_10205"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66782	"Riverine wetland Logan River catchment_South East Queensland_10205"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66783	"Riverine wetland Logan River catchment_South East Queensland_10205"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66784	"Riverine wetland Logan River catchment_South East Queensland_10205"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66785	"Riverine wetland Logan River catchment_South East Queensland_10205"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66786	"Riverine wetland Logan River catchment_South East Queensland_10205"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66787	"Riverine wetland Logan River catchment_South East Queensland_10205"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66788	"Riverine wetland Logan River catchment_South East Queensland_10205"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66789	"Riverine wetland Logan River catchment_South East Queensland_10206"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66790	"Riverine wetland Logan River catchment_South East Queensland_10206"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66791	"Riverine wetland Logan River catchment_South East Queensland_10206"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66792	"Riverine wetland Logan River catchment_South East Queensland_10206"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66793	"Riverine wetland Logan River catchment_South East Queensland_10206"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66794	"Riverine wetland Logan River catchment_South East Queensland_10206"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66795	"Riverine wetland Logan River catchment_South East Queensland_10206"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66796	"Riverine wetland Logan River catchment_South East Queensland_10206"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66797	"Riverine wetland Logan River catchment_South East Queensland_10206"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66798	"Riverine wetland Logan River catchment_South East Queensland_10206"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66799	"Riverine wetland Logan River catchment_South East Queensland_10206"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66800	"Riverine wetland Logan River catchment_South East Queensland_10206"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66801	"Riverine wetland Logan River catchment_South East Queensland_10207"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66802	"Riverine wetland Logan River catchment_South East Queensland_10207"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66803	"Riverine wetland Logan River catchment_South East Queensland_10207"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66804	"Riverine wetland Logan River catchment_South East Queensland_10207"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66805	"Riverine wetland Logan River catchment_South East Queensland_10207"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66806	"Riverine wetland Logan River catchment_South East Queensland_10207"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66807	"Riverine wetland Logan River catchment_South East Queensland_10207"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66808	"Riverine wetland Logan River catchment_South East Queensland_10207"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66809	"Riverine wetland Logan River catchment_South East Queensland_10207"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66810	"Riverine wetland Logan River catchment_South East Queensland_10207"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66811	"Riverine wetland Logan River catchment_South East Queensland_10207"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66812	"Riverine wetland Logan River catchment_South East Queensland_10207"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66813	"Riverine wetland Logan River catchment_South East Queensland_10208"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66814	"Riverine wetland Logan River catchment_South East Queensland_10208"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66815	"Riverine wetland Logan River catchment_South East Queensland_10208"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66816	"Riverine wetland Logan River catchment_South East Queensland_10208"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66817	"Riverine wetland Logan River catchment_South East Queensland_10208"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66818	"Riverine wetland Logan River catchment_South East Queensland_10208"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66819	"Riverine wetland Logan River catchment_South East Queensland_10208"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66820	"Riverine wetland Logan River catchment_South East Queensland_10208"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66821	"Riverine wetland Logan River catchment_South East Queensland_10208"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66822	"Riverine wetland Logan River catchment_South East Queensland_10208"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66823	"Riverine wetland Logan River catchment_South East Queensland_10208"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66824	"Riverine wetland Logan River catchment_South East Queensland_10208"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66825	"Riverine wetland Logan River catchment_South East Queensland_10209"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66826	"Riverine wetland Logan River catchment_South East Queensland_10209"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66827	"Riverine wetland Logan River catchment_South East Queensland_10209"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66828	"Riverine wetland Logan River catchment_South East Queensland_10209"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66829	"Riverine wetland Logan River catchment_South East Queensland_10209"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66830	"Riverine wetland Logan River catchment_South East Queensland_10209"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66831	"Riverine wetland Logan River catchment_South East Queensland_10209"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66832	"Riverine wetland Logan River catchment_South East Queensland_10209"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66833	"Riverine wetland Logan River catchment_South East Queensland_10209"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66834	"Riverine wetland Logan River catchment_South East Queensland_10209"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66835	"Riverine wetland Logan River catchment_South East Queensland_10209"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66836	"Riverine wetland Logan River catchment_South East Queensland_10209"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66837	"Riverine wetland Logan River catchment_South East Queensland_10210"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66838	"Riverine wetland Logan River catchment_South East Queensland_10210"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66839	"Riverine wetland Logan River catchment_South East Queensland_10210"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66840	"Riverine wetland Logan River catchment_South East Queensland_10210"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66841	"Riverine wetland Logan River catchment_South East Queensland_10210"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66842	"Riverine wetland Logan River catchment_South East Queensland_10210"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66843	"Riverine wetland Logan River catchment_South East Queensland_10210"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66844	"Riverine wetland Logan River catchment_South East Queensland_10210"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66845	"Riverine wetland Logan River catchment_South East Queensland_10210"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66846	"Riverine wetland Logan River catchment_South East Queensland_10210"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66847	"Riverine wetland Logan River catchment_South East Queensland_10210"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66848	"Riverine wetland Logan River catchment_South East Queensland_10210"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66849	"Riverine wetland Logan River catchment_South East Queensland_10211"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66850	"Riverine wetland Logan River catchment_South East Queensland_10211"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66851	"Riverine wetland Logan River catchment_South East Queensland_10211"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66852	"Riverine wetland Logan River catchment_South East Queensland_10211"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66853	"Riverine wetland Logan River catchment_South East Queensland_10211"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66854	"Riverine wetland Logan River catchment_South East Queensland_10211"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66855	"Riverine wetland Logan River catchment_South East Queensland_10211"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66856	"Riverine wetland Logan River catchment_South East Queensland_10211"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66857	"Riverine wetland Logan River catchment_South East Queensland_10211"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66858	"Riverine wetland Logan River catchment_South East Queensland_10211"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66859	"Riverine wetland Logan River catchment_South East Queensland_10211"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66860	"Riverine wetland Logan River catchment_South East Queensland_10211"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66861	"Riverine wetland Logan River catchment_South East Queensland_10212"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66862	"Riverine wetland Logan River catchment_South East Queensland_10212"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66863	"Riverine wetland Logan River catchment_South East Queensland_10212"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66864	"Riverine wetland Logan River catchment_South East Queensland_10212"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66865	"Riverine wetland Logan River catchment_South East Queensland_10212"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66866	"Riverine wetland Logan River catchment_South East Queensland_10212"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66867	"Riverine wetland Logan River catchment_South East Queensland_10212"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66868	"Riverine wetland Logan River catchment_South East Queensland_10212"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66869	"Riverine wetland Logan River catchment_South East Queensland_10212"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66870	"Riverine wetland Logan River catchment_South East Queensland_10212"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66871	"Riverine wetland Logan River catchment_South East Queensland_10212"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66872	"Riverine wetland Logan River catchment_South East Queensland_10212"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66873	"Riverine wetland Logan River catchment_South East Queensland_10213"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66874	"Riverine wetland Logan River catchment_South East Queensland_10213"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66875	"Riverine wetland Logan River catchment_South East Queensland_10213"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66876	"Riverine wetland Logan River catchment_South East Queensland_10213"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66877	"Riverine wetland Logan River catchment_South East Queensland_10213"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66878	"Riverine wetland Logan River catchment_South East Queensland_10213"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66879	"Riverine wetland Logan River catchment_South East Queensland_10213"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66880	"Riverine wetland Logan River catchment_South East Queensland_10213"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66881	"Riverine wetland Logan River catchment_South East Queensland_10213"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66882	"Riverine wetland Logan River catchment_South East Queensland_10213"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66883	"Riverine wetland Logan River catchment_South East Queensland_10213"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66884	"Riverine wetland Logan River catchment_South East Queensland_10213"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66885	"Riverine wetland Logan River catchment_South East Queensland_10214"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66886	"Riverine wetland Logan River catchment_South East Queensland_10214"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66887	"Riverine wetland Logan River catchment_South East Queensland_10214"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66888	"Riverine wetland Logan River catchment_South East Queensland_10214"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66889	"Riverine wetland Logan River catchment_South East Queensland_10214"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66890	"Riverine wetland Logan River catchment_South East Queensland_10214"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66891	"Riverine wetland Logan River catchment_South East Queensland_10214"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66892	"Riverine wetland Logan River catchment_South East Queensland_10214"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66893	"Riverine wetland Logan River catchment_South East Queensland_10214"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66894	"Riverine wetland Logan River catchment_South East Queensland_10214"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66895	"Riverine wetland Logan River catchment_South East Queensland_10214"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66896	"Riverine wetland Logan River catchment_South East Queensland_10214"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66897	"Riverine wetland Logan River catchment_South East Queensland_10215"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66898	"Riverine wetland Logan River catchment_South East Queensland_10215"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66899	"Riverine wetland Logan River catchment_South East Queensland_10215"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66900	"Riverine wetland Logan River catchment_South East Queensland_10215"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66901	"Riverine wetland Logan River catchment_South East Queensland_10215"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66902	"Riverine wetland Logan River catchment_South East Queensland_10215"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66903	"Riverine wetland Logan River catchment_South East Queensland_10215"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66904	"Riverine wetland Logan River catchment_South East Queensland_10215"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66905	"Riverine wetland Logan River catchment_South East Queensland_10215"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66906	"Riverine wetland Logan River catchment_South East Queensland_10215"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66907	"Riverine wetland Logan River catchment_South East Queensland_10215"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66908	"Riverine wetland Logan River catchment_South East Queensland_10215"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66909	"Riverine wetland Logan River catchment_South East Queensland_10216"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66910	"Riverine wetland Logan River catchment_South East Queensland_10216"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66911	"Riverine wetland Logan River catchment_South East Queensland_10216"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66912	"Riverine wetland Logan River catchment_South East Queensland_10216"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66913	"Riverine wetland Logan River catchment_South East Queensland_10216"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66914	"Riverine wetland Logan River catchment_South East Queensland_10216"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66915	"Riverine wetland Logan River catchment_South East Queensland_10216"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66916	"Riverine wetland Logan River catchment_South East Queensland_10216"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66917	"Riverine wetland Logan River catchment_South East Queensland_10216"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66918	"Riverine wetland Logan River catchment_South East Queensland_10216"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66919	"Riverine wetland Logan River catchment_South East Queensland_10216"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66920	"Riverine wetland Logan River catchment_South East Queensland_10216"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66921	"Riverine wetland Bremer River catchment_South East Queensland_10217"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66922	"Riverine wetland Bremer River catchment_South East Queensland_10217"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66923	"Riverine wetland Bremer River catchment_South East Queensland_10217"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66924	"Riverine wetland Bremer River catchment_South East Queensland_10217"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66925	"Riverine wetland Bremer River catchment_South East Queensland_10217"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66926	"Riverine wetland Bremer River catchment_South East Queensland_10217"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66927	"Riverine wetland Bremer River catchment_South East Queensland_10217"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66928	"Riverine wetland Bremer River catchment_South East Queensland_10217"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66929	"Riverine wetland Bremer River catchment_South East Queensland_10217"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66930	"Riverine wetland Bremer River catchment_South East Queensland_10218"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
66931	"Riverine wetland Bremer River catchment_South East Queensland_10218"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
66932	"Riverine wetland Bremer River catchment_South East Queensland_10218"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
66933	"Riverine wetland Bremer River catchment_South East Queensland_10218"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
66934	"Riverine wetland Bremer River catchment_South East Queensland_10218"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66935	"Riverine wetland Bremer River catchment_South East Queensland_10218"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66936	"Riverine wetland Bremer River catchment_South East Queensland_10218"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66937	"Riverine wetland Bremer River catchment_South East Queensland_10218"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66938	"Riverine wetland Bremer River catchment_South East Queensland_10218"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66939	"Palustrine wetland Albert River catchment_South East Queensland_10219"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66940	"Palustrine wetland Albert River catchment_South East Queensland_10219"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66941	"Palustrine wetland Albert River catchment_South East Queensland_10219"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66942	"Palustrine wetland Albert River catchment_South East Queensland_10219"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66943	"Palustrine wetland Albert River catchment_South East Queensland_10219"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66944	"Riverine wetland Albert River catchment_South East Queensland_10220"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66945	"Riverine wetland Albert River catchment_South East Queensland_10220"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66946	"Riverine wetland Albert River catchment_South East Queensland_10220"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66947	"Riverine wetland Albert River catchment_South East Queensland_10220"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66948	"Riverine wetland Albert River catchment_South East Queensland_10220"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66949	"Riverine wetland Albert River catchment_South East Queensland_10221"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66950	"Riverine wetland Albert River catchment_South East Queensland_10221"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66951	"Riverine wetland Albert River catchment_South East Queensland_10221"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66952	"Riverine wetland Albert River catchment_South East Queensland_10221"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66953	"Riverine wetland Albert River catchment_South East Queensland_10221"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66954	"Riverine wetland Albert River catchment_South East Queensland_10222"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66955	"Riverine wetland Albert River catchment_South East Queensland_10222"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66956	"Riverine wetland Albert River catchment_South East Queensland_10222"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66957	"Riverine wetland Albert River catchment_South East Queensland_10222"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66958	"Riverine wetland Albert River catchment_South East Queensland_10222"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66959	"Riverine wetland Albert River catchment_South East Queensland_10223"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66960	"Riverine wetland Albert River catchment_South East Queensland_10223"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66961	"Riverine wetland Albert River catchment_South East Queensland_10223"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66962	"Riverine wetland Albert River catchment_South East Queensland_10223"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66963	"Riverine wetland Albert River catchment_South East Queensland_10223"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66964	"Riverine wetland Albert River catchment_South East Queensland_10224"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66965	"Riverine wetland Albert River catchment_South East Queensland_10224"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66966	"Riverine wetland Albert River catchment_South East Queensland_10224"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66967	"Riverine wetland Albert River catchment_South East Queensland_10224"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66968	"Riverine wetland Albert River catchment_South East Queensland_10224"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66969	"Riverine wetland Albert River catchment_South East Queensland_10225"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66970	"Riverine wetland Albert River catchment_South East Queensland_10225"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66971	"Riverine wetland Albert River catchment_South East Queensland_10225"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66972	"Riverine wetland Albert River catchment_South East Queensland_10225"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66973	"Riverine wetland Albert River catchment_South East Queensland_10225"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66974	"Riverine wetland Albert River catchment_South East Queensland_10226"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66975	"Riverine wetland Albert River catchment_South East Queensland_10226"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66976	"Riverine wetland Albert River catchment_South East Queensland_10226"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66977	"Riverine wetland Albert River catchment_South East Queensland_10226"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66978	"Riverine wetland Albert River catchment_South East Queensland_10226"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66979	"Riverine wetland Albert River catchment_South East Queensland_10227"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66980	"Riverine wetland Albert River catchment_South East Queensland_10227"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66981	"Riverine wetland Albert River catchment_South East Queensland_10227"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66982	"Riverine wetland Albert River catchment_South East Queensland_10227"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66983	"Riverine wetland Albert River catchment_South East Queensland_10227"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66984	"Riverine wetland Albert River catchment_South East Queensland_10228"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66985	"Riverine wetland Albert River catchment_South East Queensland_10228"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66986	"Riverine wetland Albert River catchment_South East Queensland_10228"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66987	"Riverine wetland Albert River catchment_South East Queensland_10228"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66988	"Riverine wetland Albert River catchment_South East Queensland_10228"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66989	"Riverine wetland Albert River catchment_South East Queensland_10229"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66990	"Riverine wetland Albert River catchment_South East Queensland_10229"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66991	"Riverine wetland Albert River catchment_South East Queensland_10229"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66992	"Riverine wetland Albert River catchment_South East Queensland_10229"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66993	"Riverine wetland Albert River catchment_South East Queensland_10229"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66994	"Riverine wetland Albert River catchment_South East Queensland_10230"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66995	"Riverine wetland Albert River catchment_South East Queensland_10230"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
66996	"Riverine wetland Albert River catchment_South East Queensland_10230"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
66997	"Riverine wetland Albert River catchment_South East Queensland_10230"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
66998	"Riverine wetland Albert River catchment_South East Queensland_10230"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
66999	"Riverine wetland Albert River catchment_South East Queensland_10231"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67000	"Riverine wetland Albert River catchment_South East Queensland_10231"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67001	"Riverine wetland Albert River catchment_South East Queensland_10231"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67002	"Riverine wetland Albert River catchment_South East Queensland_10231"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67003	"Riverine wetland Albert River catchment_South East Queensland_10231"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67004	"Riverine wetland Albert River catchment_South East Queensland_10232"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67005	"Riverine wetland Albert River catchment_South East Queensland_10232"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67006	"Riverine wetland Albert River catchment_South East Queensland_10232"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67007	"Riverine wetland Albert River catchment_South East Queensland_10232"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67008	"Riverine wetland Albert River catchment_South East Queensland_10232"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67019	"Riverine wetland Bremer River catchment_South East Queensland_10235"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67020	"Riverine wetland Bremer River catchment_South East Queensland_10235"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67021	"Riverine wetland Bremer River catchment_South East Queensland_10235"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67022	"Riverine wetland Bremer River catchment_South East Queensland_10235"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67023	"Riverine wetland Bremer River catchment_South East Queensland_10235"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67024	"Riverine wetland Bremer River catchment_South East Queensland_10235"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67025	"Riverine wetland Bremer River catchment_South East Queensland_10235"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67026	"Riverine wetland Bremer River catchment_South East Queensland_10235"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67027	"Riverine wetland Bremer River catchment_South East Queensland_10235"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67028	"Riverine wetland Bremer River catchment_South East Queensland_10235"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67029	"Riverine wetland Bremer River catchment_South East Queensland_10235"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67030	"Riverine wetland Bremer River catchment_South East Queensland_10235"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67031	"Riverine wetland Bremer River catchment_South East Queensland_10236"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67032	"Riverine wetland Bremer River catchment_South East Queensland_10236"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67033	"Riverine wetland Bremer River catchment_South East Queensland_10236"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67034	"Riverine wetland Bremer River catchment_South East Queensland_10236"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67035	"Riverine wetland Bremer River catchment_South East Queensland_10236"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67036	"Riverine wetland Bremer River catchment_South East Queensland_10236"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67037	"Riverine wetland Bremer River catchment_South East Queensland_10236"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67038	"Riverine wetland Bremer River catchment_South East Queensland_10236"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67039	"Riverine wetland Bremer River catchment_South East Queensland_10236"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67040	"Riverine wetland Albert River catchment_South East Queensland_10237"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67041	"Riverine wetland Albert River catchment_South East Queensland_10237"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67042	"Riverine wetland Albert River catchment_South East Queensland_10237"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67043	"Riverine wetland Albert River catchment_South East Queensland_10237"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67044	"Riverine wetland Albert River catchment_South East Queensland_10237"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67045	"Palustrine wetland Bremer River catchment_South East Queensland_10238"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67046	"Palustrine wetland Bremer River catchment_South East Queensland_10238"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67047	"Palustrine wetland Bremer River catchment_South East Queensland_10238"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67048	"Palustrine wetland Bremer River catchment_South East Queensland_10238"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67049	"Palustrine wetland Bremer River catchment_South East Queensland_10238"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67050	"Palustrine wetland Bremer River catchment_South East Queensland_10238"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67051	"Palustrine wetland Bremer River catchment_South East Queensland_10238"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67052	"Palustrine wetland Bremer River catchment_South East Queensland_10238"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67053	"Palustrine wetland Bremer River catchment_South East Queensland_10238"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67054	"Palustrine wetland Bremer River catchment_South East Queensland_10239"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67055	"Palustrine wetland Bremer River catchment_South East Queensland_10239"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67056	"Palustrine wetland Bremer River catchment_South East Queensland_10239"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67057	"Palustrine wetland Bremer River catchment_South East Queensland_10239"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67058	"Palustrine wetland Bremer River catchment_South East Queensland_10239"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67059	"Palustrine wetland Bremer River catchment_South East Queensland_10239"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67060	"Palustrine wetland Bremer River catchment_South East Queensland_10239"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67061	"Palustrine wetland Bremer River catchment_South East Queensland_10239"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67062	"Palustrine wetland Bremer River catchment_South East Queensland_10239"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67063	"Palustrine wetland Bremer River catchment_South East Queensland_10240"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67064	"Palustrine wetland Bremer River catchment_South East Queensland_10240"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67065	"Palustrine wetland Bremer River catchment_South East Queensland_10240"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67066	"Palustrine wetland Bremer River catchment_South East Queensland_10240"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67067	"Palustrine wetland Bremer River catchment_South East Queensland_10240"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67068	"Palustrine wetland Bremer River catchment_South East Queensland_10240"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67069	"Palustrine wetland Bremer River catchment_South East Queensland_10240"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67070	"Palustrine wetland Bremer River catchment_South East Queensland_10240"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67071	"Palustrine wetland Bremer River catchment_South East Queensland_10240"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67072	"Palustrine wetland Bremer River catchment_South East Queensland_10241"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67073	"Palustrine wetland Bremer River catchment_South East Queensland_10241"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67074	"Palustrine wetland Bremer River catchment_South East Queensland_10241"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67075	"Palustrine wetland Bremer River catchment_South East Queensland_10241"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67076	"Palustrine wetland Bremer River catchment_South East Queensland_10241"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67077	"Palustrine wetland Bremer River catchment_South East Queensland_10241"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67078	"Palustrine wetland Bremer River catchment_South East Queensland_10241"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67079	"Palustrine wetland Bremer River catchment_South East Queensland_10241"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67080	"Palustrine wetland Bremer River catchment_South East Queensland_10241"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67081	"Palustrine wetland Albert River catchment_South East Queensland_10242"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67082	"Palustrine wetland Albert River catchment_South East Queensland_10242"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67083	"Palustrine wetland Albert River catchment_South East Queensland_10242"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67084	"Palustrine wetland Albert River catchment_South East Queensland_10242"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67085	"Palustrine wetland Albert River catchment_South East Queensland_10242"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67086	"Riverine wetland Albert River catchment_South East Queensland_10243"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67087	"Riverine wetland Albert River catchment_South East Queensland_10243"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67088	"Riverine wetland Albert River catchment_South East Queensland_10243"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67089	"Riverine wetland Albert River catchment_South East Queensland_10243"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67090	"Riverine wetland Albert River catchment_South East Queensland_10243"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67091	"Riverine wetland Bremer River catchment_South East Queensland_10244"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67092	"Riverine wetland Bremer River catchment_South East Queensland_10244"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67093	"Riverine wetland Bremer River catchment_South East Queensland_10244"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67094	"Riverine wetland Bremer River catchment_South East Queensland_10244"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67095	"Riverine wetland Bremer River catchment_South East Queensland_10244"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67096	"Riverine wetland Bremer River catchment_South East Queensland_10244"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67097	"Riverine wetland Bremer River catchment_South East Queensland_10244"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67098	"Riverine wetland Bremer River catchment_South East Queensland_10244"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67099	"Riverine wetland Bremer River catchment_South East Queensland_10244"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67120	"Riverine wetland Logan River catchment_South East Queensland_10249"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67121	"Riverine wetland Logan River catchment_South East Queensland_10249"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67122	"Riverine wetland Logan River catchment_South East Queensland_10249"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67123	"Riverine wetland Logan River catchment_South East Queensland_10249"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67124	"Riverine wetland Logan River catchment_South East Queensland_10249"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67125	"Riverine wetland Logan River catchment_South East Queensland_10249"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67126	"Riverine wetland Logan River catchment_South East Queensland_10249"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67127	"Riverine wetland Logan River catchment_South East Queensland_10249"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67128	"Riverine wetland Logan River catchment_South East Queensland_10249"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67129	"Palustrine wetland Albert River catchment_South East Queensland_10250"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67130	"Palustrine wetland Albert River catchment_South East Queensland_10250"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67131	"Palustrine wetland Albert River catchment_South East Queensland_10250"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67132	"Palustrine wetland Albert River catchment_South East Queensland_10250"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67133	"Palustrine wetland Albert River catchment_South East Queensland_10250"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67134	"Palustrine wetland Albert River catchment_South East Queensland_10251"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67135	"Palustrine wetland Albert River catchment_South East Queensland_10251"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67136	"Palustrine wetland Albert River catchment_South East Queensland_10251"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67137	"Palustrine wetland Albert River catchment_South East Queensland_10251"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67138	"Palustrine wetland Albert River catchment_South East Queensland_10251"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67139	"Riverine wetland Albert River catchment_South East Queensland_10252"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67140	"Riverine wetland Albert River catchment_South East Queensland_10252"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67141	"Riverine wetland Albert River catchment_South East Queensland_10252"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67142	"Riverine wetland Albert River catchment_South East Queensland_10252"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67143	"Riverine wetland Albert River catchment_South East Queensland_10252"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67144	"Riverine wetland Albert River catchment_South East Queensland_10253"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67145	"Riverine wetland Albert River catchment_South East Queensland_10253"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67146	"Riverine wetland Albert River catchment_South East Queensland_10253"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67147	"Riverine wetland Albert River catchment_South East Queensland_10253"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67148	"Riverine wetland Albert River catchment_South East Queensland_10253"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67159	"Riverine wetland Bremer River catchment_South East Queensland_10256"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67160	"Riverine wetland Bremer River catchment_South East Queensland_10256"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67161	"Riverine wetland Bremer River catchment_South East Queensland_10256"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67162	"Riverine wetland Bremer River catchment_South East Queensland_10256"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67163	"Riverine wetland Bremer River catchment_South East Queensland_10256"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67164	"Riverine wetland Bremer River catchment_South East Queensland_10256"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67165	"Riverine wetland Bremer River catchment_South East Queensland_10256"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67166	"Riverine wetland Bremer River catchment_South East Queensland_10256"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67167	"Riverine wetland Bremer River catchment_South East Queensland_10256"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67173	"Riverine wetland Bremer River catchment_South East Queensland_10258"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67174	"Riverine wetland Bremer River catchment_South East Queensland_10258"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67175	"Riverine wetland Bremer River catchment_South East Queensland_10258"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67176	"Riverine wetland Bremer River catchment_South East Queensland_10258"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67177	"Riverine wetland Bremer River catchment_South East Queensland_10258"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67178	"Riverine wetland Bremer River catchment_South East Queensland_10258"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67179	"Riverine wetland Bremer River catchment_South East Queensland_10258"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67180	"Riverine wetland Bremer River catchment_South East Queensland_10258"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67181	"Riverine wetland Bremer River catchment_South East Queensland_10258"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67197	"Riverine wetland Albert River catchment_South East Queensland_10262"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67198	"Riverine wetland Albert River catchment_South East Queensland_10262"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67199	"Riverine wetland Albert River catchment_South East Queensland_10262"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67200	"Riverine wetland Albert River catchment_South East Queensland_10262"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67201	"Riverine wetland Albert River catchment_South East Queensland_10262"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67202	"Palustrine wetland Albert River catchment_South East Queensland_10263"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67203	"Palustrine wetland Albert River catchment_South East Queensland_10263"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67204	"Palustrine wetland Albert River catchment_South East Queensland_10263"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67205	"Palustrine wetland Albert River catchment_South East Queensland_10263"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67206	"Palustrine wetland Albert River catchment_South East Queensland_10263"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67212	"Riverine wetland Logan River catchment_South East Queensland_10265"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67213	"Riverine wetland Logan River catchment_South East Queensland_10265"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67214	"Riverine wetland Logan River catchment_South East Queensland_10265"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67215	"Riverine wetland Logan River catchment_South East Queensland_10265"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67216	"Riverine wetland Logan River catchment_South East Queensland_10265"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67217	"Riverine wetland Logan River catchment_South East Queensland_10265"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67218	"Riverine wetland Logan River catchment_South East Queensland_10265"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67219	"Riverine wetland Logan River catchment_South East Queensland_10265"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67220	"Riverine wetland Logan River catchment_South East Queensland_10265"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67221	"Riverine wetland Logan River catchment_South East Queensland_10266"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67222	"Riverine wetland Logan River catchment_South East Queensland_10266"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67223	"Riverine wetland Logan River catchment_South East Queensland_10266"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67224	"Riverine wetland Logan River catchment_South East Queensland_10266"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67225	"Riverine wetland Logan River catchment_South East Queensland_10266"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67226	"Riverine wetland Logan River catchment_South East Queensland_10266"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67227	"Riverine wetland Logan River catchment_South East Queensland_10266"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67228	"Riverine wetland Logan River catchment_South East Queensland_10266"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67229	"Riverine wetland Logan River catchment_South East Queensland_10266"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67230	"Riverine wetland Logan River catchment_South East Queensland_10267"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67231	"Riverine wetland Logan River catchment_South East Queensland_10267"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67232	"Riverine wetland Logan River catchment_South East Queensland_10267"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67233	"Riverine wetland Logan River catchment_South East Queensland_10267"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67234	"Riverine wetland Logan River catchment_South East Queensland_10267"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67235	"Riverine wetland Logan River catchment_South East Queensland_10267"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67236	"Riverine wetland Logan River catchment_South East Queensland_10267"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67237	"Riverine wetland Logan River catchment_South East Queensland_10267"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67238	"Riverine wetland Logan River catchment_South East Queensland_10267"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67239	"Riverine wetland Albert River catchment_South East Queensland_10268"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67240	"Riverine wetland Albert River catchment_South East Queensland_10268"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67241	"Riverine wetland Albert River catchment_South East Queensland_10268"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67242	"Riverine wetland Albert River catchment_South East Queensland_10268"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67243	"Riverine wetland Albert River catchment_South East Queensland_10268"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67249	"Riverine wetland Bremer River catchment_South East Queensland_10270"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67250	"Riverine wetland Bremer River catchment_South East Queensland_10270"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67251	"Riverine wetland Bremer River catchment_South East Queensland_10270"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67252	"Riverine wetland Bremer River catchment_South East Queensland_10270"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67253	"Riverine wetland Bremer River catchment_South East Queensland_10270"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67254	"Riverine wetland Bremer River catchment_South East Queensland_10270"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67255	"Riverine wetland Bremer River catchment_South East Queensland_10270"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67256	"Riverine wetland Bremer River catchment_South East Queensland_10270"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67257	"Riverine wetland Bremer River catchment_South East Queensland_10270"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67258	"Riverine wetland Bremer River catchment_South East Queensland_10271"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67259	"Riverine wetland Bremer River catchment_South East Queensland_10271"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67260	"Riverine wetland Bremer River catchment_South East Queensland_10271"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67261	"Riverine wetland Bremer River catchment_South East Queensland_10271"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67262	"Riverine wetland Bremer River catchment_South East Queensland_10271"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67263	"Riverine wetland Bremer River catchment_South East Queensland_10271"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67264	"Riverine wetland Bremer River catchment_South East Queensland_10271"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67265	"Riverine wetland Bremer River catchment_South East Queensland_10271"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67266	"Riverine wetland Bremer River catchment_South East Queensland_10271"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67267	"Riverine wetland Albert River catchment_South East Queensland_10272"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67268	"Riverine wetland Albert River catchment_South East Queensland_10272"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67269	"Riverine wetland Albert River catchment_South East Queensland_10272"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67270	"Riverine wetland Albert River catchment_South East Queensland_10272"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67271	"Riverine wetland Albert River catchment_South East Queensland_10272"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67272	"Palustrine wetland Logan River catchment_South East Queensland_10273"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67273	"Palustrine wetland Logan River catchment_South East Queensland_10273"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67274	"Palustrine wetland Logan River catchment_South East Queensland_10273"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67275	"Palustrine wetland Logan River catchment_South East Queensland_10273"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67276	"Palustrine wetland Logan River catchment_South East Queensland_10273"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67277	"Palustrine wetland Logan River catchment_South East Queensland_10274"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67278	"Palustrine wetland Logan River catchment_South East Queensland_10274"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67279	"Palustrine wetland Logan River catchment_South East Queensland_10274"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67280	"Palustrine wetland Logan River catchment_South East Queensland_10274"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67281	"Palustrine wetland Logan River catchment_South East Queensland_10274"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67287	"Riverine wetland Albert River catchment_South East Queensland_10276"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67288	"Riverine wetland Albert River catchment_South East Queensland_10276"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67289	"Riverine wetland Albert River catchment_South East Queensland_10276"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67290	"Riverine wetland Albert River catchment_South East Queensland_10276"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67291	"Riverine wetland Albert River catchment_South East Queensland_10276"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67292	"Riverine wetland Bremer River catchment_South East Queensland_10277"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67293	"Riverine wetland Bremer River catchment_South East Queensland_10277"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67294	"Riverine wetland Bremer River catchment_South East Queensland_10277"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67295	"Riverine wetland Bremer River catchment_South East Queensland_10277"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67296	"Riverine wetland Bremer River catchment_South East Queensland_10277"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67297	"Riverine wetland Bremer River catchment_South East Queensland_10277"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67298	"Riverine wetland Bremer River catchment_South East Queensland_10277"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67299	"Riverine wetland Bremer River catchment_South East Queensland_10277"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67300	"Riverine wetland Bremer River catchment_South East Queensland_10277"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67306	"Riverine wetland Albert River catchment_South East Queensland_10279"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67307	"Riverine wetland Albert River catchment_South East Queensland_10279"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67308	"Riverine wetland Albert River catchment_South East Queensland_10279"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67309	"Riverine wetland Albert River catchment_South East Queensland_10279"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67310	"Riverine wetland Albert River catchment_South East Queensland_10279"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67311	"Riverine wetland Albert River catchment_South East Queensland_10280"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67312	"Riverine wetland Albert River catchment_South East Queensland_10280"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67313	"Riverine wetland Albert River catchment_South East Queensland_10280"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67314	"Riverine wetland Albert River catchment_South East Queensland_10280"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67315	"Riverine wetland Albert River catchment_South East Queensland_10280"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67321	"Lacustrine wetland Albert River catchment_South East Queensland_10282"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67322	"Lacustrine wetland Albert River catchment_South East Queensland_10282"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67323	"Lacustrine wetland Albert River catchment_South East Queensland_10282"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67324	"Lacustrine wetland Albert River catchment_South East Queensland_10282"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67325	"Lacustrine wetland Albert River catchment_South East Queensland_10282"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67326	"Lacustrine wetland Albert River catchment_South East Queensland_10283"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67327	"Lacustrine wetland Albert River catchment_South East Queensland_10283"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67328	"Lacustrine wetland Albert River catchment_South East Queensland_10283"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67329	"Lacustrine wetland Albert River catchment_South East Queensland_10283"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67330	"Lacustrine wetland Albert River catchment_South East Queensland_10283"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67331	"Palustrine wetland Albert River catchment_South East Queensland_10284"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67332	"Palustrine wetland Albert River catchment_South East Queensland_10284"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67333	"Palustrine wetland Albert River catchment_South East Queensland_10284"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67334	"Palustrine wetland Albert River catchment_South East Queensland_10284"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67335	"Palustrine wetland Albert River catchment_South East Queensland_10284"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67336	"Lacustrine wetland Albert River catchment_South East Queensland_10285"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67337	"Lacustrine wetland Albert River catchment_South East Queensland_10285"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67338	"Lacustrine wetland Albert River catchment_South East Queensland_10285"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67339	"Lacustrine wetland Albert River catchment_South East Queensland_10285"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67340	"Lacustrine wetland Albert River catchment_South East Queensland_10285"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67346	"Riverine wetland Albert River catchment_South East Queensland_10287"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67347	"Riverine wetland Albert River catchment_South East Queensland_10287"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67348	"Riverine wetland Albert River catchment_South East Queensland_10287"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67349	"Riverine wetland Albert River catchment_South East Queensland_10287"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67350	"Riverine wetland Albert River catchment_South East Queensland_10287"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67351	"Riverine wetland Albert River catchment_South East Queensland_10288"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67352	"Riverine wetland Albert River catchment_South East Queensland_10288"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67353	"Riverine wetland Albert River catchment_South East Queensland_10288"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67354	"Riverine wetland Albert River catchment_South East Queensland_10288"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67355	"Riverine wetland Albert River catchment_South East Queensland_10288"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67356	"Riverine wetland Albert River catchment_South East Queensland_10289"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67357	"Riverine wetland Albert River catchment_South East Queensland_10289"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67358	"Riverine wetland Albert River catchment_South East Queensland_10289"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67359	"Riverine wetland Albert River catchment_South East Queensland_10289"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67360	"Riverine wetland Albert River catchment_South East Queensland_10289"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67361	"Riverine wetland Albert River catchment_South East Queensland_10290"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67362	"Riverine wetland Albert River catchment_South East Queensland_10290"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67363	"Riverine wetland Albert River catchment_South East Queensland_10290"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67364	"Riverine wetland Albert River catchment_South East Queensland_10290"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67365	"Riverine wetland Albert River catchment_South East Queensland_10290"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67366	"Riverine wetland Logan River catchment_South East Queensland_10291"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67367	"Riverine wetland Logan River catchment_South East Queensland_10291"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67368	"Riverine wetland Logan River catchment_South East Queensland_10291"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67369	"Riverine wetland Logan River catchment_South East Queensland_10291"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67370	"Riverine wetland Logan River catchment_South East Queensland_10291"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67371	"Riverine wetland Logan River catchment_South East Queensland_10291"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67372	"Riverine wetland Logan River catchment_South East Queensland_10291"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67373	"Riverine wetland Logan River catchment_South East Queensland_10291"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67374	"Riverine wetland Logan River catchment_South East Queensland_10291"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67375	"Riverine wetland Logan River catchment_South East Queensland_10291"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67376	"Riverine wetland Logan River catchment_South East Queensland_10291"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67377	"Riverine wetland Logan River catchment_South East Queensland_10291"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67378	"Riverine wetland Logan River catchment_South East Queensland_10292"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67379	"Riverine wetland Logan River catchment_South East Queensland_10292"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67380	"Riverine wetland Logan River catchment_South East Queensland_10292"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67381	"Riverine wetland Logan River catchment_South East Queensland_10292"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67382	"Riverine wetland Logan River catchment_South East Queensland_10292"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67383	"Riverine wetland Logan River catchment_South East Queensland_10292"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67384	"Riverine wetland Logan River catchment_South East Queensland_10292"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67385	"Riverine wetland Logan River catchment_South East Queensland_10292"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67386	"Riverine wetland Logan River catchment_South East Queensland_10292"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67387	"Riverine wetland Logan River catchment_South East Queensland_10292"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67388	"Riverine wetland Logan River catchment_South East Queensland_10292"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67389	"Riverine wetland Logan River catchment_South East Queensland_10292"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67390	"Riverine wetland Logan River catchment_South East Queensland_10293"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67391	"Riverine wetland Logan River catchment_South East Queensland_10293"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67392	"Riverine wetland Logan River catchment_South East Queensland_10293"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67393	"Riverine wetland Logan River catchment_South East Queensland_10293"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67394	"Riverine wetland Logan River catchment_South East Queensland_10293"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67395	"Riverine wetland Logan River catchment_South East Queensland_10293"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67396	"Riverine wetland Logan River catchment_South East Queensland_10293"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67397	"Riverine wetland Logan River catchment_South East Queensland_10293"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67398	"Riverine wetland Logan River catchment_South East Queensland_10293"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67399	"Riverine wetland Logan River catchment_South East Queensland_10293"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67400	"Riverine wetland Logan River catchment_South East Queensland_10293"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67401	"Riverine wetland Logan River catchment_South East Queensland_10293"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67402	"Riverine wetland Logan River catchment_South East Queensland_10294"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67403	"Riverine wetland Logan River catchment_South East Queensland_10294"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67404	"Riverine wetland Logan River catchment_South East Queensland_10294"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67405	"Riverine wetland Logan River catchment_South East Queensland_10294"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67406	"Riverine wetland Logan River catchment_South East Queensland_10294"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67407	"Riverine wetland Logan River catchment_South East Queensland_10294"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67408	"Riverine wetland Logan River catchment_South East Queensland_10294"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67409	"Riverine wetland Logan River catchment_South East Queensland_10294"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67410	"Riverine wetland Logan River catchment_South East Queensland_10294"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67411	"Riverine wetland Logan River catchment_South East Queensland_10294"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67412	"Riverine wetland Logan River catchment_South East Queensland_10294"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67413	"Riverine wetland Logan River catchment_South East Queensland_10294"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67414	"Riverine wetland Logan River catchment_South East Queensland_10295"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67415	"Riverine wetland Logan River catchment_South East Queensland_10295"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67416	"Riverine wetland Logan River catchment_South East Queensland_10295"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67417	"Riverine wetland Logan River catchment_South East Queensland_10295"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67418	"Riverine wetland Logan River catchment_South East Queensland_10295"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67419	"Riverine wetland Logan River catchment_South East Queensland_10295"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67420	"Riverine wetland Logan River catchment_South East Queensland_10295"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67421	"Riverine wetland Logan River catchment_South East Queensland_10295"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67422	"Riverine wetland Logan River catchment_South East Queensland_10295"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67423	"Riverine wetland Logan River catchment_South East Queensland_10295"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67424	"Riverine wetland Logan River catchment_South East Queensland_10295"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67425	"Riverine wetland Logan River catchment_South East Queensland_10295"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67426	"Riverine wetland Logan River catchment_South East Queensland_10296"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67427	"Riverine wetland Logan River catchment_South East Queensland_10296"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67428	"Riverine wetland Logan River catchment_South East Queensland_10296"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67429	"Riverine wetland Logan River catchment_South East Queensland_10296"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67430	"Riverine wetland Logan River catchment_South East Queensland_10296"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67431	"Riverine wetland Logan River catchment_South East Queensland_10296"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67432	"Riverine wetland Logan River catchment_South East Queensland_10296"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67433	"Riverine wetland Logan River catchment_South East Queensland_10296"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67434	"Riverine wetland Logan River catchment_South East Queensland_10296"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67435	"Riverine wetland Logan River catchment_South East Queensland_10296"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67436	"Riverine wetland Logan River catchment_South East Queensland_10296"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67437	"Riverine wetland Logan River catchment_South East Queensland_10296"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67438	"Riverine wetland Logan River catchment_South East Queensland_10297"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67439	"Riverine wetland Logan River catchment_South East Queensland_10297"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67440	"Riverine wetland Logan River catchment_South East Queensland_10297"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67441	"Riverine wetland Logan River catchment_South East Queensland_10297"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67442	"Riverine wetland Logan River catchment_South East Queensland_10297"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67443	"Riverine wetland Logan River catchment_South East Queensland_10297"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67444	"Riverine wetland Logan River catchment_South East Queensland_10297"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67445	"Riverine wetland Logan River catchment_South East Queensland_10297"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67446	"Riverine wetland Logan River catchment_South East Queensland_10297"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67447	"Riverine wetland Logan River catchment_South East Queensland_10297"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67448	"Riverine wetland Logan River catchment_South East Queensland_10297"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67449	"Riverine wetland Logan River catchment_South East Queensland_10297"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67450	"Riverine wetland Logan River catchment_South East Queensland_10298"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67451	"Riverine wetland Logan River catchment_South East Queensland_10298"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67452	"Riverine wetland Logan River catchment_South East Queensland_10298"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67453	"Riverine wetland Logan River catchment_South East Queensland_10298"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67454	"Riverine wetland Logan River catchment_South East Queensland_10298"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67455	"Riverine wetland Logan River catchment_South East Queensland_10298"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67456	"Riverine wetland Logan River catchment_South East Queensland_10298"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67457	"Riverine wetland Logan River catchment_South East Queensland_10298"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67458	"Riverine wetland Logan River catchment_South East Queensland_10298"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67459	"Riverine wetland Logan River catchment_South East Queensland_10298"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67460	"Riverine wetland Logan River catchment_South East Queensland_10298"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67461	"Riverine wetland Logan River catchment_South East Queensland_10298"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67462	"Riverine wetland Logan River catchment_South East Queensland_10299"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67463	"Riverine wetland Logan River catchment_South East Queensland_10299"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67464	"Riverine wetland Logan River catchment_South East Queensland_10299"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67465	"Riverine wetland Logan River catchment_South East Queensland_10299"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67466	"Riverine wetland Logan River catchment_South East Queensland_10299"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67467	"Riverine wetland Logan River catchment_South East Queensland_10299"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67468	"Riverine wetland Logan River catchment_South East Queensland_10299"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67469	"Riverine wetland Logan River catchment_South East Queensland_10299"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67470	"Riverine wetland Logan River catchment_South East Queensland_10299"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67471	"Riverine wetland Logan River catchment_South East Queensland_10299"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67472	"Riverine wetland Logan River catchment_South East Queensland_10299"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67473	"Riverine wetland Logan River catchment_South East Queensland_10299"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67474	"Riverine wetland Logan River catchment_South East Queensland_10300"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67475	"Riverine wetland Logan River catchment_South East Queensland_10300"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67476	"Riverine wetland Logan River catchment_South East Queensland_10300"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67477	"Riverine wetland Logan River catchment_South East Queensland_10300"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67478	"Riverine wetland Logan River catchment_South East Queensland_10300"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67479	"Riverine wetland Logan River catchment_South East Queensland_10300"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67480	"Riverine wetland Logan River catchment_South East Queensland_10300"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67481	"Riverine wetland Logan River catchment_South East Queensland_10300"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67482	"Riverine wetland Logan River catchment_South East Queensland_10300"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67483	"Riverine wetland Logan River catchment_South East Queensland_10300"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67484	"Riverine wetland Logan River catchment_South East Queensland_10300"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67485	"Riverine wetland Logan River catchment_South East Queensland_10300"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67486	"Riverine wetland Bremer River catchment_South East Queensland_10301"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67487	"Riverine wetland Bremer River catchment_South East Queensland_10301"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67488	"Riverine wetland Bremer River catchment_South East Queensland_10301"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67489	"Riverine wetland Bremer River catchment_South East Queensland_10301"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67490	"Riverine wetland Bremer River catchment_South East Queensland_10301"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67491	"Riverine wetland Bremer River catchment_South East Queensland_10301"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67492	"Riverine wetland Bremer River catchment_South East Queensland_10301"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67493	"Riverine wetland Bremer River catchment_South East Queensland_10301"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67494	"Riverine wetland Bremer River catchment_South East Queensland_10301"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67495	"Riverine wetland Albert River catchment_South East Queensland_10302"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67496	"Riverine wetland Albert River catchment_South East Queensland_10302"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67497	"Riverine wetland Albert River catchment_South East Queensland_10302"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67498	"Riverine wetland Albert River catchment_South East Queensland_10302"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67499	"Riverine wetland Albert River catchment_South East Queensland_10302"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67550	"Riverine wetland Albert River catchment_South East Queensland_10313"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67551	"Riverine wetland Albert River catchment_South East Queensland_10313"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67552	"Riverine wetland Albert River catchment_South East Queensland_10313"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67553	"Riverine wetland Albert River catchment_South East Queensland_10313"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67554	"Riverine wetland Albert River catchment_South East Queensland_10313"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67555	"Riverine wetland Albert River catchment_South East Queensland_10314"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67556	"Riverine wetland Albert River catchment_South East Queensland_10314"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67557	"Riverine wetland Albert River catchment_South East Queensland_10314"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67558	"Riverine wetland Albert River catchment_South East Queensland_10314"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67559	"Riverine wetland Albert River catchment_South East Queensland_10314"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67565	"Riverine wetland Logan River catchment_South East Queensland_10316"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67566	"Riverine wetland Logan River catchment_South East Queensland_10316"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67567	"Riverine wetland Logan River catchment_South East Queensland_10316"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67568	"Riverine wetland Logan River catchment_South East Queensland_10316"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67569	"Riverine wetland Logan River catchment_South East Queensland_10316"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67570	"Riverine wetland Logan River catchment_South East Queensland_10316"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67571	"Riverine wetland Logan River catchment_South East Queensland_10316"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67572	"Riverine wetland Logan River catchment_South East Queensland_10316"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67573	"Riverine wetland Logan River catchment_South East Queensland_10316"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67574	"Riverine wetland Bremer River catchment_South East Queensland_10317"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67575	"Riverine wetland Bremer River catchment_South East Queensland_10317"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67576	"Riverine wetland Bremer River catchment_South East Queensland_10317"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67577	"Riverine wetland Bremer River catchment_South East Queensland_10317"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67578	"Riverine wetland Bremer River catchment_South East Queensland_10317"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67579	"Riverine wetland Bremer River catchment_South East Queensland_10317"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67580	"Riverine wetland Bremer River catchment_South East Queensland_10317"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67581	"Riverine wetland Bremer River catchment_South East Queensland_10317"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67582	"Riverine wetland Bremer River catchment_South East Queensland_10317"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67588	"Palustrine wetland Albert River catchment_South East Queensland_10319"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67589	"Palustrine wetland Albert River catchment_South East Queensland_10319"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67590	"Palustrine wetland Albert River catchment_South East Queensland_10319"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67591	"Palustrine wetland Albert River catchment_South East Queensland_10319"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67592	"Palustrine wetland Albert River catchment_South East Queensland_10319"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67598	"Riverine wetland Albert River catchment_South East Queensland_10321"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67599	"Riverine wetland Albert River catchment_South East Queensland_10321"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67600	"Riverine wetland Albert River catchment_South East Queensland_10321"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67601	"Riverine wetland Albert River catchment_South East Queensland_10321"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67602	"Riverine wetland Albert River catchment_South East Queensland_10321"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67603	"Riverine wetland Albert River catchment_South East Queensland_10322"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67604	"Riverine wetland Albert River catchment_South East Queensland_10322"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67605	"Riverine wetland Albert River catchment_South East Queensland_10322"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67606	"Riverine wetland Albert River catchment_South East Queensland_10322"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67607	"Riverine wetland Albert River catchment_South East Queensland_10322"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67608	"Riverine wetland Logan River catchment_South East Queensland_10323"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67609	"Riverine wetland Logan River catchment_South East Queensland_10323"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67610	"Riverine wetland Logan River catchment_South East Queensland_10323"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67611	"Riverine wetland Logan River catchment_South East Queensland_10323"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67612	"Riverine wetland Logan River catchment_South East Queensland_10323"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67613	"Riverine wetland Logan River catchment_South East Queensland_10323"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67614	"Riverine wetland Logan River catchment_South East Queensland_10323"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67615	"Riverine wetland Logan River catchment_South East Queensland_10323"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67616	"Riverine wetland Logan River catchment_South East Queensland_10323"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67617	"Palustrine wetland Logan River catchment_South East Queensland_10324"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67618	"Palustrine wetland Logan River catchment_South East Queensland_10324"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67619	"Palustrine wetland Logan River catchment_South East Queensland_10324"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67620	"Palustrine wetland Logan River catchment_South East Queensland_10324"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67621	"Palustrine wetland Logan River catchment_South East Queensland_10324"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67712	"Riverine wetland Albert River catchment_South East Queensland_10343"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67713	"Riverine wetland Albert River catchment_South East Queensland_10343"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67714	"Riverine wetland Albert River catchment_South East Queensland_10343"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67715	"Riverine wetland Albert River catchment_South East Queensland_10343"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67716	"Riverine wetland Albert River catchment_South East Queensland_10343"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67732	"Riverine wetland Albert River catchment_South East Queensland_10347"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67733	"Riverine wetland Albert River catchment_South East Queensland_10347"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67734	"Riverine wetland Albert River catchment_South East Queensland_10347"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67735	"Riverine wetland Albert River catchment_South East Queensland_10347"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67736	"Riverine wetland Albert River catchment_South East Queensland_10347"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67742	"Riverine wetland Bremer River catchment_South East Queensland_10349"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67743	"Riverine wetland Bremer River catchment_South East Queensland_10349"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67744	"Riverine wetland Bremer River catchment_South East Queensland_10349"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67745	"Riverine wetland Bremer River catchment_South East Queensland_10349"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67746	"Riverine wetland Bremer River catchment_South East Queensland_10349"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67747	"Riverine wetland Bremer River catchment_South East Queensland_10349"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67748	"Riverine wetland Bremer River catchment_South East Queensland_10349"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67749	"Riverine wetland Bremer River catchment_South East Queensland_10349"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67750	"Riverine wetland Bremer River catchment_South East Queensland_10350"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67751	"Riverine wetland Bremer River catchment_South East Queensland_10350"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67752	"Riverine wetland Bremer River catchment_South East Queensland_10350"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67753	"Riverine wetland Bremer River catchment_South East Queensland_10350"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67754	"Riverine wetland Bremer River catchment_South East Queensland_10350"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67755	"Riverine wetland Bremer River catchment_South East Queensland_10350"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67756	"Riverine wetland Bremer River catchment_South East Queensland_10350"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67757	"Riverine wetland Bremer River catchment_South East Queensland_10350"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67758	"Riverine wetland Bremer River catchment_South East Queensland_10350"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67759	"Riverine wetland Bremer River catchment_South East Queensland_10351"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67760	"Riverine wetland Bremer River catchment_South East Queensland_10351"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67761	"Riverine wetland Bremer River catchment_South East Queensland_10351"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67762	"Riverine wetland Bremer River catchment_South East Queensland_10351"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67763	"Riverine wetland Bremer River catchment_South East Queensland_10351"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67764	"Riverine wetland Bremer River catchment_South East Queensland_10351"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67765	"Riverine wetland Bremer River catchment_South East Queensland_10351"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67766	"Riverine wetland Bremer River catchment_South East Queensland_10351"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67767	"Riverine wetland Bremer River catchment_South East Queensland_10351"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67768	"Riverine wetland Albert River catchment_South East Queensland_10352"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67769	"Riverine wetland Albert River catchment_South East Queensland_10352"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67770	"Riverine wetland Albert River catchment_South East Queensland_10352"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67771	"Riverine wetland Albert River catchment_South East Queensland_10352"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67772	"Riverine wetland Albert River catchment_South East Queensland_10352"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67773	"Palustrine wetland Logan River catchment_South East Queensland_10353"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67774	"Palustrine wetland Logan River catchment_South East Queensland_10353"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67775	"Palustrine wetland Logan River catchment_South East Queensland_10353"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67776	"Palustrine wetland Logan River catchment_South East Queensland_10353"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67777	"Palustrine wetland Logan River catchment_South East Queensland_10353"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67778	"Palustrine wetland Logan River catchment_South East Queensland_10353"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67779	"Palustrine wetland Logan River catchment_South East Queensland_10353"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67780	"Palustrine wetland Logan River catchment_South East Queensland_10353"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67786	"Riverine wetland Albert River catchment_South East Queensland_10355"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67787	"Riverine wetland Albert River catchment_South East Queensland_10355"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67788	"Riverine wetland Albert River catchment_South East Queensland_10355"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67789	"Riverine wetland Albert River catchment_South East Queensland_10355"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67790	"Riverine wetland Albert River catchment_South East Queensland_10355"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67791	"Riverine wetland Bremer River catchment_South East Queensland_10356"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67792	"Riverine wetland Bremer River catchment_South East Queensland_10356"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67793	"Riverine wetland Bremer River catchment_South East Queensland_10356"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67794	"Riverine wetland Bremer River catchment_South East Queensland_10356"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67795	"Riverine wetland Bremer River catchment_South East Queensland_10356"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67796	"Riverine wetland Bremer River catchment_South East Queensland_10356"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67797	"Riverine wetland Bremer River catchment_South East Queensland_10356"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67798	"Riverine wetland Bremer River catchment_South East Queensland_10356"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67804	"Riverine wetland Bremer River catchment_South East Queensland_10358"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67805	"Riverine wetland Bremer River catchment_South East Queensland_10358"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67806	"Riverine wetland Bremer River catchment_South East Queensland_10358"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67807	"Riverine wetland Bremer River catchment_South East Queensland_10358"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67808	"Riverine wetland Bremer River catchment_South East Queensland_10358"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67809	"Riverine wetland Bremer River catchment_South East Queensland_10358"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67810	"Riverine wetland Bremer River catchment_South East Queensland_10358"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67811	"Riverine wetland Bremer River catchment_South East Queensland_10358"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67812	"Riverine wetland Bremer River catchment_South East Queensland_10358"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67813	"Riverine wetland Albert River catchment_South East Queensland_10359"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67814	"Riverine wetland Albert River catchment_South East Queensland_10359"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67815	"Riverine wetland Albert River catchment_South East Queensland_10359"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67816	"Riverine wetland Albert River catchment_South East Queensland_10359"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67817	"Riverine wetland Albert River catchment_South East Queensland_10359"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67818	"Palustrine wetland Albert River catchment_South East Queensland_10360"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67819	"Palustrine wetland Albert River catchment_South East Queensland_10360"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67820	"Palustrine wetland Albert River catchment_South East Queensland_10360"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67821	"Palustrine wetland Albert River catchment_South East Queensland_10360"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67822	"Palustrine wetland Albert River catchment_South East Queensland_10360"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67823	"Palustrine wetland Albert River catchment_South East Queensland_10361"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67824	"Palustrine wetland Albert River catchment_South East Queensland_10361"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67825	"Palustrine wetland Albert River catchment_South East Queensland_10361"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67826	"Palustrine wetland Albert River catchment_South East Queensland_10361"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67827	"Palustrine wetland Albert River catchment_South East Queensland_10361"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67828	"Palustrine wetland Logan River catchment_South East Queensland_10362"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67829	"Palustrine wetland Logan River catchment_South East Queensland_10362"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67830	"Palustrine wetland Logan River catchment_South East Queensland_10362"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67831	"Palustrine wetland Logan River catchment_South East Queensland_10362"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67832	"Palustrine wetland Logan River catchment_South East Queensland_10362"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67833	"Palustrine wetland Logan River catchment_South East Queensland_10362"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67834	"Palustrine wetland Logan River catchment_South East Queensland_10362"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67835	"Palustrine wetland Logan River catchment_South East Queensland_10362"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67836	"Palustrine wetland Logan River catchment_South East Queensland_10363"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67837	"Palustrine wetland Logan River catchment_South East Queensland_10363"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67838	"Palustrine wetland Logan River catchment_South East Queensland_10363"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67839	"Palustrine wetland Logan River catchment_South East Queensland_10363"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67840	"Palustrine wetland Logan River catchment_South East Queensland_10363"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67841	"Palustrine wetland Logan River catchment_South East Queensland_10363"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67842	"Palustrine wetland Logan River catchment_South East Queensland_10363"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67843	"Palustrine wetland Logan River catchment_South East Queensland_10363"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67849	"Riverine wetland Logan River catchment_South East Queensland_10365"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67850	"Riverine wetland Logan River catchment_South East Queensland_10365"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67851	"Riverine wetland Logan River catchment_South East Queensland_10365"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67852	"Riverine wetland Logan River catchment_South East Queensland_10365"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67853	"Riverine wetland Logan River catchment_South East Queensland_10365"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67854	"Palustrine wetland Logan River catchment_South East Queensland_10366"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67855	"Palustrine wetland Logan River catchment_South East Queensland_10366"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67856	"Palustrine wetland Logan River catchment_South East Queensland_10366"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67857	"Palustrine wetland Logan River catchment_South East Queensland_10366"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67858	"Palustrine wetland Logan River catchment_South East Queensland_10366"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67859	"Palustrine wetland Logan River catchment_South East Queensland_10366"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67860	"Palustrine wetland Logan River catchment_South East Queensland_10366"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67861	"Palustrine wetland Logan River catchment_South East Queensland_10366"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67862	"Riverine wetland Albert River catchment_South East Queensland_10367"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67863	"Riverine wetland Albert River catchment_South East Queensland_10367"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67864	"Riverine wetland Albert River catchment_South East Queensland_10367"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67865	"Riverine wetland Albert River catchment_South East Queensland_10367"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67866	"Riverine wetland Albert River catchment_South East Queensland_10367"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67867	"Palustrine wetland Albert River catchment_South East Queensland_10368"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67868	"Palustrine wetland Albert River catchment_South East Queensland_10368"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67869	"Palustrine wetland Albert River catchment_South East Queensland_10368"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67870	"Palustrine wetland Albert River catchment_South East Queensland_10368"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67871	"Palustrine wetland Albert River catchment_South East Queensland_10368"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67877	"Riverine wetland Bremer River catchment_South East Queensland_10370"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67878	"Riverine wetland Bremer River catchment_South East Queensland_10370"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67879	"Riverine wetland Bremer River catchment_South East Queensland_10370"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67880	"Riverine wetland Bremer River catchment_South East Queensland_10370"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67881	"Riverine wetland Bremer River catchment_South East Queensland_10370"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67882	"Riverine wetland Bremer River catchment_South East Queensland_10370"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67883	"Riverine wetland Bremer River catchment_South East Queensland_10370"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67884	"Riverine wetland Bremer River catchment_South East Queensland_10370"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67885	"Riverine wetland Bremer River catchment_South East Queensland_10370"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67886	"Riverine wetland Bremer River catchment_South East Queensland_10371"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67887	"Riverine wetland Bremer River catchment_South East Queensland_10371"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67888	"Riverine wetland Bremer River catchment_South East Queensland_10371"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67889	"Riverine wetland Bremer River catchment_South East Queensland_10371"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67890	"Riverine wetland Bremer River catchment_South East Queensland_10371"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67891	"Riverine wetland Bremer River catchment_South East Queensland_10371"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67892	"Riverine wetland Bremer River catchment_South East Queensland_10371"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67893	"Riverine wetland Bremer River catchment_South East Queensland_10371"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67894	"Riverine wetland Bremer River catchment_South East Queensland_10371"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67910	"Palustrine wetland Logan River catchment_South East Queensland_10375"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67911	"Palustrine wetland Logan River catchment_South East Queensland_10375"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67912	"Palustrine wetland Logan River catchment_South East Queensland_10375"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67913	"Palustrine wetland Logan River catchment_South East Queensland_10375"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67914	"Palustrine wetland Logan River catchment_South East Queensland_10375"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67915	"Palustrine wetland Logan River catchment_South East Queensland_10375"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67916	"Palustrine wetland Logan River catchment_South East Queensland_10375"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67917	"Palustrine wetland Logan River catchment_South East Queensland_10375"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67918	"Riverine wetland Bremer River catchment_South East Queensland_10376"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67919	"Riverine wetland Bremer River catchment_South East Queensland_10376"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67920	"Riverine wetland Bremer River catchment_South East Queensland_10376"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67921	"Riverine wetland Bremer River catchment_South East Queensland_10376"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67922	"Riverine wetland Bremer River catchment_South East Queensland_10376"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67923	"Riverine wetland Bremer River catchment_South East Queensland_10376"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67924	"Riverine wetland Bremer River catchment_South East Queensland_10376"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67925	"Riverine wetland Bremer River catchment_South East Queensland_10376"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67926	"Riverine wetland Bremer River catchment_South East Queensland_10376"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67927	"Riverine wetland Albert River catchment_South East Queensland_10377"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67928	"Riverine wetland Albert River catchment_South East Queensland_10377"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67929	"Riverine wetland Albert River catchment_South East Queensland_10377"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67930	"Riverine wetland Albert River catchment_South East Queensland_10377"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67931	"Riverine wetland Albert River catchment_South East Queensland_10377"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67932	"Riverine wetland Albert River catchment_South East Queensland_10378"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67933	"Riverine wetland Albert River catchment_South East Queensland_10378"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67934	"Riverine wetland Albert River catchment_South East Queensland_10378"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67935	"Riverine wetland Albert River catchment_South East Queensland_10378"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67936	"Riverine wetland Albert River catchment_South East Queensland_10378"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67937	"Riverine wetland Albert River catchment_South East Queensland_10379"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67938	"Riverine wetland Albert River catchment_South East Queensland_10379"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67939	"Riverine wetland Albert River catchment_South East Queensland_10379"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67940	"Riverine wetland Albert River catchment_South East Queensland_10379"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67941	"Riverine wetland Albert River catchment_South East Queensland_10379"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67942	"Riverine wetland Albert River catchment_South East Queensland_10380"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67943	"Riverine wetland Albert River catchment_South East Queensland_10380"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67944	"Riverine wetland Albert River catchment_South East Queensland_10380"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67945	"Riverine wetland Albert River catchment_South East Queensland_10380"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67946	"Riverine wetland Albert River catchment_South East Queensland_10380"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67947	"Riverine wetland Albert River catchment_South East Queensland_10381"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67948	"Riverine wetland Albert River catchment_South East Queensland_10381"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67949	"Riverine wetland Albert River catchment_South East Queensland_10381"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67950	"Riverine wetland Albert River catchment_South East Queensland_10381"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67951	"Riverine wetland Albert River catchment_South East Queensland_10381"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67952	"Riverine wetland Albert River catchment_South East Queensland_10382"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67953	"Riverine wetland Albert River catchment_South East Queensland_10382"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67954	"Riverine wetland Albert River catchment_South East Queensland_10382"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67955	"Riverine wetland Albert River catchment_South East Queensland_10382"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67956	"Riverine wetland Albert River catchment_South East Queensland_10382"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67957	"Riverine wetland Albert River catchment_South East Queensland_10383"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67958	"Riverine wetland Albert River catchment_South East Queensland_10383"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67959	"Riverine wetland Albert River catchment_South East Queensland_10383"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67960	"Riverine wetland Albert River catchment_South East Queensland_10383"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67961	"Riverine wetland Albert River catchment_South East Queensland_10383"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67962	"Riverine wetland Albert River catchment_South East Queensland_10384"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67963	"Riverine wetland Albert River catchment_South East Queensland_10384"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67964	"Riverine wetland Albert River catchment_South East Queensland_10384"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67965	"Riverine wetland Albert River catchment_South East Queensland_10384"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67966	"Riverine wetland Albert River catchment_South East Queensland_10384"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67967	"Riverine wetland Albert River catchment_South East Queensland_10385"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67968	"Riverine wetland Albert River catchment_South East Queensland_10385"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67969	"Riverine wetland Albert River catchment_South East Queensland_10385"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67970	"Riverine wetland Albert River catchment_South East Queensland_10385"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67971	"Riverine wetland Albert River catchment_South East Queensland_10385"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67972	"Riverine wetland Albert River catchment_South East Queensland_10386"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67973	"Riverine wetland Albert River catchment_South East Queensland_10386"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67974	"Riverine wetland Albert River catchment_South East Queensland_10386"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67975	"Riverine wetland Albert River catchment_South East Queensland_10386"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67976	"Riverine wetland Albert River catchment_South East Queensland_10386"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67977	"Riverine wetland Albert River catchment_South East Queensland_10387"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67978	"Riverine wetland Albert River catchment_South East Queensland_10387"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67979	"Riverine wetland Albert River catchment_South East Queensland_10387"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67980	"Riverine wetland Albert River catchment_South East Queensland_10387"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67981	"Riverine wetland Albert River catchment_South East Queensland_10387"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67982	"Riverine wetland Albert River catchment_South East Queensland_10388"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67983	"Riverine wetland Albert River catchment_South East Queensland_10388"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67984	"Riverine wetland Albert River catchment_South East Queensland_10388"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67985	"Riverine wetland Albert River catchment_South East Queensland_10388"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67986	"Riverine wetland Albert River catchment_South East Queensland_10388"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
67992	"Riverine wetland Bremer River catchment_South East Queensland_10390"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
67993	"Riverine wetland Bremer River catchment_South East Queensland_10390"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
67994	"Riverine wetland Bremer River catchment_South East Queensland_10390"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
67995	"Riverine wetland Bremer River catchment_South East Queensland_10390"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
67996	"Riverine wetland Bremer River catchment_South East Queensland_10390"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
67997	"Riverine wetland Bremer River catchment_South East Queensland_10390"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
67998	"Riverine wetland Bremer River catchment_South East Queensland_10390"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
67999	"Riverine wetland Bremer River catchment_South East Queensland_10390"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68000	"Riverine wetland Bremer River catchment_South East Queensland_10390"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68001	"Riverine wetland Logan River catchment_South East Queensland_10391"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68002	"Riverine wetland Logan River catchment_South East Queensland_10391"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68003	"Riverine wetland Logan River catchment_South East Queensland_10391"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68004	"Riverine wetland Logan River catchment_South East Queensland_10391"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68005	"Riverine wetland Logan River catchment_South East Queensland_10391"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68006	"Riverine wetland Logan River catchment_South East Queensland_10391"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68007	"Riverine wetland Logan River catchment_South East Queensland_10391"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68008	"Riverine wetland Logan River catchment_South East Queensland_10391"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68009	"Riverine wetland Logan River catchment_South East Queensland_10391"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68010	"Riverine wetland Logan River catchment_South East Queensland_10391"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68011	"Riverine wetland Logan River catchment_South East Queensland_10391"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68012	"Riverine wetland Logan River catchment_South East Queensland_10391"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68013	"Riverine wetland Logan River catchment_South East Queensland_10392"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68014	"Riverine wetland Logan River catchment_South East Queensland_10392"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68015	"Riverine wetland Logan River catchment_South East Queensland_10392"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68016	"Riverine wetland Logan River catchment_South East Queensland_10392"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68017	"Riverine wetland Logan River catchment_South East Queensland_10392"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68018	"Riverine wetland Logan River catchment_South East Queensland_10392"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68019	"Riverine wetland Logan River catchment_South East Queensland_10392"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68020	"Riverine wetland Logan River catchment_South East Queensland_10392"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68021	"Riverine wetland Logan River catchment_South East Queensland_10392"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68022	"Riverine wetland Logan River catchment_South East Queensland_10393"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68023	"Riverine wetland Logan River catchment_South East Queensland_10393"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68024	"Riverine wetland Logan River catchment_South East Queensland_10393"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68025	"Riverine wetland Logan River catchment_South East Queensland_10393"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68026	"Riverine wetland Logan River catchment_South East Queensland_10393"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68027	"Riverine wetland Logan River catchment_South East Queensland_10393"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68028	"Riverine wetland Logan River catchment_South East Queensland_10393"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68029	"Riverine wetland Logan River catchment_South East Queensland_10393"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68030	"Riverine wetland Logan River catchment_South East Queensland_10393"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68031	"Riverine wetland Logan River catchment_South East Queensland_10394"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68032	"Riverine wetland Logan River catchment_South East Queensland_10394"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68033	"Riverine wetland Logan River catchment_South East Queensland_10394"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68034	"Riverine wetland Logan River catchment_South East Queensland_10394"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68035	"Riverine wetland Logan River catchment_South East Queensland_10394"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68036	"Riverine wetland Logan River catchment_South East Queensland_10394"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68037	"Riverine wetland Logan River catchment_South East Queensland_10394"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68038	"Riverine wetland Logan River catchment_South East Queensland_10394"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68039	"Riverine wetland Logan River catchment_South East Queensland_10394"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68045	"Riverine wetland Bremer River catchment_South East Queensland_10396"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68046	"Riverine wetland Bremer River catchment_South East Queensland_10396"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68047	"Riverine wetland Bremer River catchment_South East Queensland_10396"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68048	"Riverine wetland Bremer River catchment_South East Queensland_10396"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68049	"Riverine wetland Bremer River catchment_South East Queensland_10396"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68050	"Riverine wetland Bremer River catchment_South East Queensland_10396"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68051	"Riverine wetland Bremer River catchment_South East Queensland_10396"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68052	"Riverine wetland Bremer River catchment_South East Queensland_10396"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68053	"Riverine wetland Bremer River catchment_South East Queensland_10396"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68054	"Riverine wetland Bremer River catchment_South East Queensland_10397"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68055	"Riverine wetland Bremer River catchment_South East Queensland_10397"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68056	"Riverine wetland Bremer River catchment_South East Queensland_10397"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68057	"Riverine wetland Bremer River catchment_South East Queensland_10397"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68058	"Riverine wetland Bremer River catchment_South East Queensland_10397"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68059	"Riverine wetland Bremer River catchment_South East Queensland_10397"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68060	"Riverine wetland Bremer River catchment_South East Queensland_10397"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68061	"Riverine wetland Bremer River catchment_South East Queensland_10397"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68062	"Riverine wetland Bremer River catchment_South East Queensland_10397"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68068	"Riverine wetland Albert River catchment_South East Queensland_10399"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68069	"Riverine wetland Albert River catchment_South East Queensland_10399"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68070	"Riverine wetland Albert River catchment_South East Queensland_10399"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68071	"Riverine wetland Albert River catchment_South East Queensland_10399"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68072	"Riverine wetland Albert River catchment_South East Queensland_10399"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68073	"Riverine wetland Albert River catchment_South East Queensland_10400"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68074	"Riverine wetland Albert River catchment_South East Queensland_10400"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68075	"Riverine wetland Albert River catchment_South East Queensland_10400"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68076	"Riverine wetland Albert River catchment_South East Queensland_10400"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68077	"Riverine wetland Albert River catchment_South East Queensland_10400"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68078	"Riverine wetland Albert River catchment_South East Queensland_10401"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68079	"Riverine wetland Albert River catchment_South East Queensland_10401"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68080	"Riverine wetland Albert River catchment_South East Queensland_10401"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68081	"Riverine wetland Albert River catchment_South East Queensland_10401"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68082	"Riverine wetland Albert River catchment_South East Queensland_10401"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68083	"Riverine wetland Logan River catchment_South East Queensland_10402"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68084	"Riverine wetland Logan River catchment_South East Queensland_10402"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68085	"Riverine wetland Logan River catchment_South East Queensland_10402"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68086	"Riverine wetland Logan River catchment_South East Queensland_10402"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68087	"Riverine wetland Logan River catchment_South East Queensland_10402"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68088	"Riverine wetland Logan River catchment_South East Queensland_10402"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68089	"Riverine wetland Logan River catchment_South East Queensland_10402"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68090	"Riverine wetland Logan River catchment_South East Queensland_10402"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68091	"Riverine wetland Logan River catchment_South East Queensland_10402"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68092	"Riverine wetland Logan River catchment_South East Queensland_10402"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68093	"Riverine wetland Logan River catchment_South East Queensland_10402"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68094	"Riverine wetland Logan River catchment_South East Queensland_10402"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68095	"Riverine wetland Bremer River catchment_South East Queensland_10403"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68096	"Riverine wetland Bremer River catchment_South East Queensland_10403"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68097	"Riverine wetland Bremer River catchment_South East Queensland_10403"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68098	"Riverine wetland Bremer River catchment_South East Queensland_10403"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68099	"Riverine wetland Bremer River catchment_South East Queensland_10403"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68100	"Riverine wetland Bremer River catchment_South East Queensland_10403"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68101	"Riverine wetland Bremer River catchment_South East Queensland_10403"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68102	"Riverine wetland Bremer River catchment_South East Queensland_10403"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68103	"Riverine wetland Bremer River catchment_South East Queensland_10403"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68104	"Riverine wetland Bremer River catchment_South East Queensland_10404"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68105	"Riverine wetland Bremer River catchment_South East Queensland_10404"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68106	"Riverine wetland Bremer River catchment_South East Queensland_10404"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68107	"Riverine wetland Bremer River catchment_South East Queensland_10404"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68108	"Riverine wetland Bremer River catchment_South East Queensland_10404"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68109	"Riverine wetland Bremer River catchment_South East Queensland_10404"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68110	"Riverine wetland Bremer River catchment_South East Queensland_10404"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68111	"Riverine wetland Bremer River catchment_South East Queensland_10404"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68112	"Riverine wetland Bremer River catchment_South East Queensland_10404"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68113	"Riverine wetland Albert River catchment_South East Queensland_10405"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68114	"Riverine wetland Albert River catchment_South East Queensland_10405"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68115	"Riverine wetland Albert River catchment_South East Queensland_10405"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68116	"Riverine wetland Albert River catchment_South East Queensland_10405"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68117	"Riverine wetland Albert River catchment_South East Queensland_10405"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68118	"Riverine wetland Albert River catchment_South East Queensland_10406"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68119	"Riverine wetland Albert River catchment_South East Queensland_10406"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68120	"Riverine wetland Albert River catchment_South East Queensland_10406"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68121	"Riverine wetland Albert River catchment_South East Queensland_10406"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68122	"Riverine wetland Albert River catchment_South East Queensland_10406"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68168	"Riverine wetland Bremer River catchment_South East Queensland_10416"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68169	"Riverine wetland Bremer River catchment_South East Queensland_10416"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68170	"Riverine wetland Bremer River catchment_South East Queensland_10416"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68171	"Riverine wetland Bremer River catchment_South East Queensland_10416"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68172	"Riverine wetland Bremer River catchment_South East Queensland_10416"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68173	"Riverine wetland Bremer River catchment_South East Queensland_10416"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68174	"Riverine wetland Bremer River catchment_South East Queensland_10416"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68175	"Riverine wetland Bremer River catchment_South East Queensland_10416"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68176	"Riverine wetland Bremer River catchment_South East Queensland_10416"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68177	"Riverine wetland Bremer River catchment_South East Queensland_10416"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68178	"Riverine wetland Bremer River catchment_South East Queensland_10416"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68179	"Riverine wetland Bremer River catchment_South East Queensland_10416"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68180	"Riverine wetland Bremer River catchment_South East Queensland_10417"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68181	"Riverine wetland Bremer River catchment_South East Queensland_10417"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68182	"Riverine wetland Bremer River catchment_South East Queensland_10417"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68183	"Riverine wetland Bremer River catchment_South East Queensland_10417"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68184	"Riverine wetland Bremer River catchment_South East Queensland_10417"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68185	"Riverine wetland Bremer River catchment_South East Queensland_10417"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68186	"Riverine wetland Bremer River catchment_South East Queensland_10417"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68187	"Riverine wetland Bremer River catchment_South East Queensland_10417"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68188	"Riverine wetland Bremer River catchment_South East Queensland_10417"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68189	"Riverine wetland Bremer River catchment_South East Queensland_10417"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68190	"Riverine wetland Bremer River catchment_South East Queensland_10417"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68191	"Riverine wetland Bremer River catchment_South East Queensland_10417"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68192	"Palustrine wetland Albert River catchment_South East Queensland_10418"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68193	"Palustrine wetland Albert River catchment_South East Queensland_10418"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68194	"Palustrine wetland Albert River catchment_South East Queensland_10418"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68195	"Palustrine wetland Albert River catchment_South East Queensland_10418"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68196	"Palustrine wetland Albert River catchment_South East Queensland_10418"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68197	"Palustrine wetland Albert River catchment_South East Queensland_10419"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68198	"Palustrine wetland Albert River catchment_South East Queensland_10419"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68199	"Palustrine wetland Albert River catchment_South East Queensland_10419"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68200	"Palustrine wetland Albert River catchment_South East Queensland_10419"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68201	"Palustrine wetland Albert River catchment_South East Queensland_10419"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68202	"Riverine wetland Logan River catchment_South East Queensland_10420"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68203	"Riverine wetland Logan River catchment_South East Queensland_10420"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68204	"Riverine wetland Logan River catchment_South East Queensland_10420"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68205	"Riverine wetland Logan River catchment_South East Queensland_10420"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68206	"Riverine wetland Logan River catchment_South East Queensland_10420"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68207	"Riverine wetland Logan River catchment_South East Queensland_10420"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68208	"Riverine wetland Logan River catchment_South East Queensland_10420"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68209	"Riverine wetland Logan River catchment_South East Queensland_10420"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68210	"Riverine wetland Logan River catchment_South East Queensland_10420"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68211	"Palustrine wetland Logan River catchment_South East Queensland_10421"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68212	"Palustrine wetland Logan River catchment_South East Queensland_10421"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68213	"Palustrine wetland Logan River catchment_South East Queensland_10421"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68214	"Palustrine wetland Logan River catchment_South East Queensland_10421"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68215	"Palustrine wetland Logan River catchment_South East Queensland_10421"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68216	"Palustrine wetland Logan River catchment_South East Queensland_10421"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68217	"Palustrine wetland Logan River catchment_South East Queensland_10421"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68218	"Palustrine wetland Logan River catchment_South East Queensland_10421"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68219	"Palustrine wetland Logan River catchment_South East Queensland_10422"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68220	"Palustrine wetland Logan River catchment_South East Queensland_10422"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68221	"Palustrine wetland Logan River catchment_South East Queensland_10422"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68222	"Palustrine wetland Logan River catchment_South East Queensland_10422"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68223	"Palustrine wetland Logan River catchment_South East Queensland_10422"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68224	"Palustrine wetland Logan River catchment_South East Queensland_10422"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68225	"Palustrine wetland Logan River catchment_South East Queensland_10422"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68226	"Palustrine wetland Logan River catchment_South East Queensland_10422"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68227	"Palustrine wetland Logan River catchment_South East Queensland_10423"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68228	"Palustrine wetland Logan River catchment_South East Queensland_10423"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68229	"Palustrine wetland Logan River catchment_South East Queensland_10423"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68230	"Palustrine wetland Logan River catchment_South East Queensland_10423"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68231	"Palustrine wetland Logan River catchment_South East Queensland_10423"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68242	"Riverine wetland Bremer River catchment_South East Queensland_10426"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68243	"Riverine wetland Bremer River catchment_South East Queensland_10426"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68244	"Riverine wetland Bremer River catchment_South East Queensland_10426"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68245	"Riverine wetland Bremer River catchment_South East Queensland_10426"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68246	"Riverine wetland Bremer River catchment_South East Queensland_10426"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68247	"Riverine wetland Bremer River catchment_South East Queensland_10426"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68248	"Riverine wetland Bremer River catchment_South East Queensland_10426"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68249	"Riverine wetland Bremer River catchment_South East Queensland_10426"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68250	"Riverine wetland Bremer River catchment_South East Queensland_10426"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68251	"Riverine wetland Bremer River catchment_South East Queensland_10427"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68252	"Riverine wetland Bremer River catchment_South East Queensland_10427"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68253	"Riverine wetland Bremer River catchment_South East Queensland_10427"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68254	"Riverine wetland Bremer River catchment_South East Queensland_10427"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68255	"Riverine wetland Bremer River catchment_South East Queensland_10427"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68256	"Riverine wetland Bremer River catchment_South East Queensland_10427"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68257	"Riverine wetland Bremer River catchment_South East Queensland_10427"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68258	"Riverine wetland Bremer River catchment_South East Queensland_10427"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68259	"Riverine wetland Bremer River catchment_South East Queensland_10427"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68265	"Riverine wetland Albert River catchment_South East Queensland_10429"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68266	"Riverine wetland Albert River catchment_South East Queensland_10429"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68267	"Riverine wetland Albert River catchment_South East Queensland_10429"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68268	"Riverine wetland Albert River catchment_South East Queensland_10429"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68269	"Riverine wetland Albert River catchment_South East Queensland_10429"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68270	"Palustrine wetland Albert River catchment_South East Queensland_10430"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68271	"Palustrine wetland Albert River catchment_South East Queensland_10430"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68272	"Palustrine wetland Albert River catchment_South East Queensland_10430"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68273	"Palustrine wetland Albert River catchment_South East Queensland_10430"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68274	"Palustrine wetland Albert River catchment_South East Queensland_10430"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68275	"Palustrine wetland Albert River catchment_South East Queensland_10431"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68276	"Palustrine wetland Albert River catchment_South East Queensland_10431"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68277	"Palustrine wetland Albert River catchment_South East Queensland_10431"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68278	"Palustrine wetland Albert River catchment_South East Queensland_10431"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68279	"Palustrine wetland Albert River catchment_South East Queensland_10431"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68280	"Riverine wetland Bremer River catchment_South East Queensland_10432"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68281	"Riverine wetland Bremer River catchment_South East Queensland_10432"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68282	"Riverine wetland Bremer River catchment_South East Queensland_10432"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68283	"Riverine wetland Bremer River catchment_South East Queensland_10432"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68284	"Riverine wetland Bremer River catchment_South East Queensland_10432"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68285	"Riverine wetland Bremer River catchment_South East Queensland_10433"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68286	"Riverine wetland Bremer River catchment_South East Queensland_10433"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68287	"Riverine wetland Bremer River catchment_South East Queensland_10433"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68288	"Riverine wetland Bremer River catchment_South East Queensland_10433"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68289	"Riverine wetland Bremer River catchment_South East Queensland_10433"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68290	"Riverine wetland Logan River catchment_South East Queensland_10434"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68291	"Riverine wetland Logan River catchment_South East Queensland_10434"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68292	"Riverine wetland Logan River catchment_South East Queensland_10434"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68293	"Riverine wetland Logan River catchment_South East Queensland_10434"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68294	"Riverine wetland Logan River catchment_South East Queensland_10434"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68295	"Riverine wetland Logan River catchment_South East Queensland_10434"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68296	"Riverine wetland Logan River catchment_South East Queensland_10434"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68297	"Riverine wetland Logan River catchment_South East Queensland_10434"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68298	"Riverine wetland Logan River catchment_South East Queensland_10434"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68299	"Riverine wetland Logan River catchment_South East Queensland_10435"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68300	"Riverine wetland Logan River catchment_South East Queensland_10435"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68301	"Riverine wetland Logan River catchment_South East Queensland_10435"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68302	"Riverine wetland Logan River catchment_South East Queensland_10435"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68303	"Riverine wetland Logan River catchment_South East Queensland_10435"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68304	"Riverine wetland Logan River catchment_South East Queensland_10435"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68305	"Riverine wetland Logan River catchment_South East Queensland_10435"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68306	"Riverine wetland Logan River catchment_South East Queensland_10435"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68307	"Riverine wetland Logan River catchment_South East Queensland_10435"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68308	"Riverine wetland Logan River catchment_South East Queensland_10436"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68309	"Riverine wetland Logan River catchment_South East Queensland_10436"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68310	"Riverine wetland Logan River catchment_South East Queensland_10436"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68311	"Riverine wetland Logan River catchment_South East Queensland_10436"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68312	"Riverine wetland Logan River catchment_South East Queensland_10436"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68313	"Riverine wetland Logan River catchment_South East Queensland_10436"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68314	"Riverine wetland Logan River catchment_South East Queensland_10436"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68315	"Riverine wetland Logan River catchment_South East Queensland_10436"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68316	"Riverine wetland Logan River catchment_South East Queensland_10436"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68317	"Riverine wetland Logan River catchment_South East Queensland_10437"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68318	"Riverine wetland Logan River catchment_South East Queensland_10437"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68319	"Riverine wetland Logan River catchment_South East Queensland_10437"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68320	"Riverine wetland Logan River catchment_South East Queensland_10437"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68321	"Riverine wetland Logan River catchment_South East Queensland_10437"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68322	"Riverine wetland Logan River catchment_South East Queensland_10437"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68323	"Riverine wetland Logan River catchment_South East Queensland_10437"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68324	"Riverine wetland Logan River catchment_South East Queensland_10437"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68325	"Riverine wetland Logan River catchment_South East Queensland_10437"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68326	"Riverine wetland Logan River catchment_South East Queensland_10438"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68327	"Riverine wetland Logan River catchment_South East Queensland_10438"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68328	"Riverine wetland Logan River catchment_South East Queensland_10438"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68329	"Riverine wetland Logan River catchment_South East Queensland_10438"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68330	"Riverine wetland Logan River catchment_South East Queensland_10438"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68331	"Riverine wetland Logan River catchment_South East Queensland_10438"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68332	"Riverine wetland Logan River catchment_South East Queensland_10438"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68333	"Riverine wetland Logan River catchment_South East Queensland_10438"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68334	"Riverine wetland Logan River catchment_South East Queensland_10438"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68335	"Riverine wetland Logan River catchment_South East Queensland_10439"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68336	"Riverine wetland Logan River catchment_South East Queensland_10439"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68337	"Riverine wetland Logan River catchment_South East Queensland_10439"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68338	"Riverine wetland Logan River catchment_South East Queensland_10439"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68339	"Riverine wetland Logan River catchment_South East Queensland_10439"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68340	"Riverine wetland Logan River catchment_South East Queensland_10439"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68341	"Riverine wetland Logan River catchment_South East Queensland_10439"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68342	"Riverine wetland Logan River catchment_South East Queensland_10439"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68343	"Riverine wetland Logan River catchment_South East Queensland_10439"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68344	"Riverine wetland Logan River catchment_South East Queensland_10440"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68345	"Riverine wetland Logan River catchment_South East Queensland_10440"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68346	"Riverine wetland Logan River catchment_South East Queensland_10440"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68347	"Riverine wetland Logan River catchment_South East Queensland_10440"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68348	"Riverine wetland Logan River catchment_South East Queensland_10440"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68349	"Riverine wetland Logan River catchment_South East Queensland_10440"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68350	"Riverine wetland Logan River catchment_South East Queensland_10440"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68351	"Riverine wetland Logan River catchment_South East Queensland_10440"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68352	"Riverine wetland Logan River catchment_South East Queensland_10440"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68353	"Riverine wetland Logan River catchment_South East Queensland_10441"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68354	"Riverine wetland Logan River catchment_South East Queensland_10441"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68355	"Riverine wetland Logan River catchment_South East Queensland_10441"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68356	"Riverine wetland Logan River catchment_South East Queensland_10441"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68357	"Riverine wetland Logan River catchment_South East Queensland_10441"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68358	"Riverine wetland Logan River catchment_South East Queensland_10441"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68359	"Riverine wetland Logan River catchment_South East Queensland_10441"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68360	"Riverine wetland Logan River catchment_South East Queensland_10441"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68361	"Riverine wetland Logan River catchment_South East Queensland_10441"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68362	"Riverine wetland Logan River catchment_South East Queensland_10442"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68363	"Riverine wetland Logan River catchment_South East Queensland_10442"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68364	"Riverine wetland Logan River catchment_South East Queensland_10442"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68365	"Riverine wetland Logan River catchment_South East Queensland_10442"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68366	"Riverine wetland Logan River catchment_South East Queensland_10442"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68367	"Riverine wetland Logan River catchment_South East Queensland_10442"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68368	"Riverine wetland Logan River catchment_South East Queensland_10442"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68369	"Riverine wetland Logan River catchment_South East Queensland_10442"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68370	"Riverine wetland Logan River catchment_South East Queensland_10442"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68376	"Riverine wetland Logan River catchment_South East Queensland_10444"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68377	"Riverine wetland Logan River catchment_South East Queensland_10444"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68378	"Riverine wetland Logan River catchment_South East Queensland_10444"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68379	"Riverine wetland Logan River catchment_South East Queensland_10444"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68380	"Riverine wetland Logan River catchment_South East Queensland_10444"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68381	"Riverine wetland Logan River catchment_South East Queensland_10444"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68382	"Riverine wetland Logan River catchment_South East Queensland_10444"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68383	"Riverine wetland Logan River catchment_South East Queensland_10444"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68384	"Riverine wetland Logan River catchment_South East Queensland_10444"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68385	"Riverine wetland Albert River catchment_South East Queensland_10445"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68386	"Riverine wetland Albert River catchment_South East Queensland_10445"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68387	"Riverine wetland Albert River catchment_South East Queensland_10445"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68388	"Riverine wetland Albert River catchment_South East Queensland_10445"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68389	"Riverine wetland Albert River catchment_South East Queensland_10445"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68390	"Riverine wetland Logan River catchment_South East Queensland_10446"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68391	"Riverine wetland Logan River catchment_South East Queensland_10446"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68392	"Riverine wetland Logan River catchment_South East Queensland_10446"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68393	"Riverine wetland Logan River catchment_South East Queensland_10446"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68394	"Riverine wetland Logan River catchment_South East Queensland_10446"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68395	"Riverine wetland Logan River catchment_South East Queensland_10446"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68396	"Riverine wetland Logan River catchment_South East Queensland_10446"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68397	"Riverine wetland Logan River catchment_South East Queensland_10446"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68398	"Riverine wetland Logan River catchment_South East Queensland_10446"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68404	"Palustrine wetland Albert River catchment_South East Queensland_10448"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68405	"Palustrine wetland Albert River catchment_South East Queensland_10448"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68406	"Palustrine wetland Albert River catchment_South East Queensland_10448"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68407	"Palustrine wetland Albert River catchment_South East Queensland_10448"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68408	"Palustrine wetland Albert River catchment_South East Queensland_10448"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68409	"Riverine wetland Albert River catchment_South East Queensland_10449"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68410	"Riverine wetland Albert River catchment_South East Queensland_10449"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68411	"Riverine wetland Albert River catchment_South East Queensland_10449"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68412	"Riverine wetland Albert River catchment_South East Queensland_10449"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68413	"Riverine wetland Albert River catchment_South East Queensland_10449"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68433	"Palustrine wetland Logan River catchment_South East Queensland_10453"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68434	"Palustrine wetland Logan River catchment_South East Queensland_10453"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68435	"Palustrine wetland Logan River catchment_South East Queensland_10453"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68436	"Palustrine wetland Logan River catchment_South East Queensland_10453"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68437	"Palustrine wetland Logan River catchment_South East Queensland_10453"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68438	"Palustrine wetland Logan River catchment_South East Queensland_10453"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68439	"Palustrine wetland Logan River catchment_South East Queensland_10453"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68440	"Palustrine wetland Logan River catchment_South East Queensland_10453"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68441	"Palustrine wetland Logan River catchment_South East Queensland_10453"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68442	"Palustrine wetland Logan River catchment_South East Queensland_10454"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68443	"Palustrine wetland Logan River catchment_South East Queensland_10454"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68444	"Palustrine wetland Logan River catchment_South East Queensland_10454"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68445	"Palustrine wetland Logan River catchment_South East Queensland_10454"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68446	"Palustrine wetland Logan River catchment_South East Queensland_10454"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68447	"Palustrine wetland Bremer River catchment_South East Queensland_10455"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68448	"Palustrine wetland Bremer River catchment_South East Queensland_10455"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68449	"Palustrine wetland Bremer River catchment_South East Queensland_10455"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68450	"Palustrine wetland Bremer River catchment_South East Queensland_10455"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68451	"Palustrine wetland Bremer River catchment_South East Queensland_10455"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68452	"Riverine wetland Logan River catchment_South East Queensland_10456"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68453	"Riverine wetland Logan River catchment_South East Queensland_10456"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68454	"Riverine wetland Logan River catchment_South East Queensland_10456"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68455	"Riverine wetland Logan River catchment_South East Queensland_10456"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68456	"Riverine wetland Logan River catchment_South East Queensland_10456"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68457	"Riverine wetland Logan River catchment_South East Queensland_10456"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68458	"Riverine wetland Logan River catchment_South East Queensland_10456"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68459	"Riverine wetland Logan River catchment_South East Queensland_10456"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68460	"Riverine wetland Logan River catchment_South East Queensland_10456"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68461	"Riverine wetland Logan River catchment_South East Queensland_10456"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68462	"Riverine wetland Logan River catchment_South East Queensland_10456"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68463	"Riverine wetland Logan River catchment_South East Queensland_10456"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68464	"Riverine wetland Logan River catchment_South East Queensland_10457"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68465	"Riverine wetland Logan River catchment_South East Queensland_10457"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68466	"Riverine wetland Logan River catchment_South East Queensland_10457"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68467	"Riverine wetland Logan River catchment_South East Queensland_10457"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68468	"Riverine wetland Logan River catchment_South East Queensland_10457"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68469	"Riverine wetland Logan River catchment_South East Queensland_10457"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68470	"Riverine wetland Logan River catchment_South East Queensland_10457"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68471	"Riverine wetland Logan River catchment_South East Queensland_10457"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68472	"Riverine wetland Logan River catchment_South East Queensland_10457"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68473	"Riverine wetland Logan River catchment_South East Queensland_10457"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68474	"Riverine wetland Logan River catchment_South East Queensland_10457"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68475	"Riverine wetland Logan River catchment_South East Queensland_10457"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68501	"Palustrine wetland Logan River catchment_South East Queensland_10463"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68502	"Palustrine wetland Logan River catchment_South East Queensland_10463"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68503	"Palustrine wetland Logan River catchment_South East Queensland_10463"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68504	"Palustrine wetland Logan River catchment_South East Queensland_10463"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68505	"Palustrine wetland Logan River catchment_South East Queensland_10463"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68506	"Palustrine wetland Logan River catchment_South East Queensland_10463"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68507	"Palustrine wetland Logan River catchment_South East Queensland_10463"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68508	"Palustrine wetland Logan River catchment_South East Queensland_10463"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68509	"Palustrine wetland Logan River catchment_South East Queensland_10463"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68510	"Palustrine wetland Logan River catchment_South East Queensland_10464"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68511	"Palustrine wetland Logan River catchment_South East Queensland_10464"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68512	"Palustrine wetland Logan River catchment_South East Queensland_10464"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68513	"Palustrine wetland Logan River catchment_South East Queensland_10464"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68514	"Palustrine wetland Logan River catchment_South East Queensland_10464"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68515	"Palustrine wetland Logan River catchment_South East Queensland_10464"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68516	"Palustrine wetland Logan River catchment_South East Queensland_10464"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68517	"Palustrine wetland Logan River catchment_South East Queensland_10464"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68518	"Palustrine wetland Logan River catchment_South East Queensland_10464"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68519	"Riverine wetland Albert River catchment_South East Queensland_10465"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68520	"Riverine wetland Albert River catchment_South East Queensland_10465"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68521	"Riverine wetland Albert River catchment_South East Queensland_10465"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68522	"Riverine wetland Albert River catchment_South East Queensland_10465"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68523	"Riverine wetland Albert River catchment_South East Queensland_10465"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68524	"Riverine wetland Albert River catchment_South East Queensland_10466"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68525	"Riverine wetland Albert River catchment_South East Queensland_10466"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68526	"Riverine wetland Albert River catchment_South East Queensland_10466"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68527	"Riverine wetland Albert River catchment_South East Queensland_10466"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68528	"Riverine wetland Albert River catchment_South East Queensland_10466"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68529	"Riverine wetland Albert River catchment_South East Queensland_10467"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68530	"Riverine wetland Albert River catchment_South East Queensland_10467"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68531	"Riverine wetland Albert River catchment_South East Queensland_10467"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68532	"Riverine wetland Albert River catchment_South East Queensland_10467"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68533	"Riverine wetland Albert River catchment_South East Queensland_10467"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68534	"Riverine wetland Albert River catchment_South East Queensland_10468"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68535	"Riverine wetland Albert River catchment_South East Queensland_10468"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68536	"Riverine wetland Albert River catchment_South East Queensland_10468"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68537	"Riverine wetland Albert River catchment_South East Queensland_10468"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68538	"Riverine wetland Albert River catchment_South East Queensland_10468"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68539	"Riverine wetland Albert River catchment_South East Queensland_10469"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68540	"Riverine wetland Albert River catchment_South East Queensland_10469"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68541	"Riverine wetland Albert River catchment_South East Queensland_10469"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68542	"Riverine wetland Albert River catchment_South East Queensland_10469"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68543	"Riverine wetland Albert River catchment_South East Queensland_10469"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68544	"Riverine wetland Albert River catchment_South East Queensland_10470"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68545	"Riverine wetland Albert River catchment_South East Queensland_10470"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68546	"Riverine wetland Albert River catchment_South East Queensland_10470"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68547	"Riverine wetland Albert River catchment_South East Queensland_10470"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68548	"Riverine wetland Albert River catchment_South East Queensland_10470"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68549	"Riverine wetland Bremer River catchment_South East Queensland_10471"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68550	"Riverine wetland Bremer River catchment_South East Queensland_10471"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68551	"Riverine wetland Bremer River catchment_South East Queensland_10471"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68552	"Riverine wetland Bremer River catchment_South East Queensland_10471"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68553	"Riverine wetland Bremer River catchment_South East Queensland_10471"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68554	"Riverine wetland Bremer River catchment_South East Queensland_10471"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68555	"Riverine wetland Bremer River catchment_South East Queensland_10471"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68556	"Riverine wetland Bremer River catchment_South East Queensland_10471"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68557	"Riverine wetland Bremer River catchment_South East Queensland_10471"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68558	"Riverine wetland Albert River catchment_South East Queensland_10472"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68559	"Riverine wetland Albert River catchment_South East Queensland_10472"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68560	"Riverine wetland Albert River catchment_South East Queensland_10472"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68561	"Riverine wetland Albert River catchment_South East Queensland_10472"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68562	"Riverine wetland Albert River catchment_South East Queensland_10472"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68563	"Riverine wetland Albert River catchment_South East Queensland_10473"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68564	"Riverine wetland Albert River catchment_South East Queensland_10473"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68565	"Riverine wetland Albert River catchment_South East Queensland_10473"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68566	"Riverine wetland Albert River catchment_South East Queensland_10473"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68567	"Riverine wetland Albert River catchment_South East Queensland_10473"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68568	"Riverine wetland Albert River catchment_South East Queensland_10474"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68569	"Riverine wetland Albert River catchment_South East Queensland_10474"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68570	"Riverine wetland Albert River catchment_South East Queensland_10474"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68571	"Riverine wetland Albert River catchment_South East Queensland_10474"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68572	"Riverine wetland Albert River catchment_South East Queensland_10474"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68573	"Riverine wetland Logan River catchment_South East Queensland_10475"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68574	"Riverine wetland Logan River catchment_South East Queensland_10475"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68575	"Riverine wetland Logan River catchment_South East Queensland_10475"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68576	"Riverine wetland Logan River catchment_South East Queensland_10475"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68577	"Riverine wetland Logan River catchment_South East Queensland_10475"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68578	"Riverine wetland Logan River catchment_South East Queensland_10475"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68579	"Riverine wetland Logan River catchment_South East Queensland_10475"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68580	"Riverine wetland Logan River catchment_South East Queensland_10475"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68581	"Riverine wetland Logan River catchment_South East Queensland_10475"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68582	"Riverine wetland Albert River catchment_South East Queensland_10476"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68583	"Riverine wetland Albert River catchment_South East Queensland_10476"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68584	"Riverine wetland Albert River catchment_South East Queensland_10476"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68585	"Riverine wetland Albert River catchment_South East Queensland_10476"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68586	"Riverine wetland Albert River catchment_South East Queensland_10476"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68597	"Riverine wetland Logan River catchment_South East Queensland_10479"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68598	"Riverine wetland Logan River catchment_South East Queensland_10479"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68599	"Riverine wetland Logan River catchment_South East Queensland_10479"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68600	"Riverine wetland Logan River catchment_South East Queensland_10479"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68601	"Riverine wetland Logan River catchment_South East Queensland_10479"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68602	"Riverine wetland Logan River catchment_South East Queensland_10479"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68603	"Riverine wetland Logan River catchment_South East Queensland_10479"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68604	"Riverine wetland Logan River catchment_South East Queensland_10479"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68605	"Riverine wetland Logan River catchment_South East Queensland_10479"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68606	"Riverine wetland Logan River catchment_South East Queensland_10479"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68607	"Riverine wetland Logan River catchment_South East Queensland_10479"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68608	"Riverine wetland Logan River catchment_South East Queensland_10479"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68609	"Riverine wetland Logan River catchment_South East Queensland_10480"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68610	"Riverine wetland Logan River catchment_South East Queensland_10480"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68611	"Riverine wetland Logan River catchment_South East Queensland_10480"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68612	"Riverine wetland Logan River catchment_South East Queensland_10480"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68613	"Riverine wetland Logan River catchment_South East Queensland_10480"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68614	"Riverine wetland Logan River catchment_South East Queensland_10480"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68615	"Riverine wetland Logan River catchment_South East Queensland_10480"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68616	"Riverine wetland Logan River catchment_South East Queensland_10480"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68617	"Riverine wetland Logan River catchment_South East Queensland_10480"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68618	"Riverine wetland Logan River catchment_South East Queensland_10480"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68619	"Riverine wetland Logan River catchment_South East Queensland_10480"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68620	"Riverine wetland Logan River catchment_South East Queensland_10480"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68621	"Riverine wetland Logan River catchment_South East Queensland_10481"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68622	"Riverine wetland Logan River catchment_South East Queensland_10481"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68623	"Riverine wetland Logan River catchment_South East Queensland_10481"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68624	"Riverine wetland Logan River catchment_South East Queensland_10481"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68625	"Riverine wetland Logan River catchment_South East Queensland_10481"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68626	"Riverine wetland Logan River catchment_South East Queensland_10481"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68627	"Riverine wetland Logan River catchment_South East Queensland_10481"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68628	"Riverine wetland Logan River catchment_South East Queensland_10481"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68629	"Riverine wetland Logan River catchment_South East Queensland_10481"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68630	"Palustrine wetland Logan River catchment_South East Queensland_10482"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68631	"Palustrine wetland Logan River catchment_South East Queensland_10482"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68632	"Palustrine wetland Logan River catchment_South East Queensland_10482"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68633	"Palustrine wetland Logan River catchment_South East Queensland_10482"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68634	"Palustrine wetland Logan River catchment_South East Queensland_10482"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68635	"Riverine wetland Bremer River catchment_South East Queensland_10483"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68636	"Riverine wetland Bremer River catchment_South East Queensland_10483"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68637	"Riverine wetland Bremer River catchment_South East Queensland_10483"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68638	"Riverine wetland Bremer River catchment_South East Queensland_10483"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68639	"Riverine wetland Bremer River catchment_South East Queensland_10483"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68640	"Riverine wetland Bremer River catchment_South East Queensland_10483"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68641	"Riverine wetland Bremer River catchment_South East Queensland_10483"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68642	"Riverine wetland Bremer River catchment_South East Queensland_10483"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68643	"Riverine wetland Bremer River catchment_South East Queensland_10483"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68649	"Riverine wetland Albert River catchment_South East Queensland_10485"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68650	"Riverine wetland Albert River catchment_South East Queensland_10485"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68651	"Riverine wetland Albert River catchment_South East Queensland_10485"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68652	"Riverine wetland Albert River catchment_South East Queensland_10485"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68653	"Riverine wetland Albert River catchment_South East Queensland_10485"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68654	"Riverine wetland Albert River catchment_South East Queensland_10486"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68655	"Riverine wetland Albert River catchment_South East Queensland_10486"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68656	"Riverine wetland Albert River catchment_South East Queensland_10486"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68657	"Riverine wetland Albert River catchment_South East Queensland_10486"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68658	"Riverine wetland Albert River catchment_South East Queensland_10486"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68659	"Riverine wetland Logan River catchment_South East Queensland_10487"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68660	"Riverine wetland Logan River catchment_South East Queensland_10487"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68661	"Riverine wetland Logan River catchment_South East Queensland_10487"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68662	"Riverine wetland Logan River catchment_South East Queensland_10487"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68663	"Riverine wetland Logan River catchment_South East Queensland_10487"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68664	"Riverine wetland Logan River catchment_South East Queensland_10487"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68665	"Riverine wetland Logan River catchment_South East Queensland_10487"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68666	"Riverine wetland Logan River catchment_South East Queensland_10487"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68667	"Riverine wetland Logan River catchment_South East Queensland_10487"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68738	"Riverine wetland Logan River catchment_South East Queensland_10502"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68739	"Riverine wetland Logan River catchment_South East Queensland_10502"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68740	"Riverine wetland Logan River catchment_South East Queensland_10502"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68741	"Riverine wetland Logan River catchment_South East Queensland_10502"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68742	"Riverine wetland Logan River catchment_South East Queensland_10502"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68743	"Riverine wetland Logan River catchment_South East Queensland_10502"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68744	"Riverine wetland Logan River catchment_South East Queensland_10502"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68745	"Riverine wetland Logan River catchment_South East Queensland_10502"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68746	"Riverine wetland Logan River catchment_South East Queensland_10502"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68752	"Riverine wetland Albert River catchment_South East Queensland_10504"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68753	"Riverine wetland Albert River catchment_South East Queensland_10504"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68754	"Riverine wetland Albert River catchment_South East Queensland_10504"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68755	"Riverine wetland Albert River catchment_South East Queensland_10504"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68756	"Riverine wetland Albert River catchment_South East Queensland_10504"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68757	"Riverine wetland Albert River catchment_South East Queensland_10505"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68758	"Riverine wetland Albert River catchment_South East Queensland_10505"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68759	"Riverine wetland Albert River catchment_South East Queensland_10505"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68760	"Riverine wetland Albert River catchment_South East Queensland_10505"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68761	"Riverine wetland Albert River catchment_South East Queensland_10505"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68762	"Riverine wetland Albert River catchment_South East Queensland_10506"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68763	"Riverine wetland Albert River catchment_South East Queensland_10506"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68764	"Riverine wetland Albert River catchment_South East Queensland_10506"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68765	"Riverine wetland Albert River catchment_South East Queensland_10506"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68766	"Riverine wetland Albert River catchment_South East Queensland_10506"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68772	"Riverine wetland Bremer River catchment_South East Queensland_10508"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68773	"Riverine wetland Bremer River catchment_South East Queensland_10508"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68774	"Riverine wetland Bremer River catchment_South East Queensland_10508"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68775	"Riverine wetland Bremer River catchment_South East Queensland_10508"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68776	"Riverine wetland Bremer River catchment_South East Queensland_10508"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68777	"Riverine wetland Bremer River catchment_South East Queensland_10508"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68778	"Riverine wetland Bremer River catchment_South East Queensland_10508"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68779	"Riverine wetland Bremer River catchment_South East Queensland_10508"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68780	"Riverine wetland Bremer River catchment_South East Queensland_10508"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68786	"Riverine wetland Albert River catchment_South East Queensland_10510"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68787	"Riverine wetland Albert River catchment_South East Queensland_10510"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68788	"Riverine wetland Albert River catchment_South East Queensland_10510"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68789	"Riverine wetland Albert River catchment_South East Queensland_10510"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68790	"Riverine wetland Albert River catchment_South East Queensland_10510"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68791	"Riverine wetland Bremer River catchment_South East Queensland_10511"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68792	"Riverine wetland Bremer River catchment_South East Queensland_10511"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68793	"Riverine wetland Bremer River catchment_South East Queensland_10511"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68794	"Riverine wetland Bremer River catchment_South East Queensland_10511"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68795	"Riverine wetland Bremer River catchment_South East Queensland_10511"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68796	"Riverine wetland Logan River catchment_South East Queensland_10512"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68797	"Riverine wetland Logan River catchment_South East Queensland_10512"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68798	"Riverine wetland Logan River catchment_South East Queensland_10512"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68799	"Riverine wetland Logan River catchment_South East Queensland_10512"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68800	"Riverine wetland Logan River catchment_South East Queensland_10512"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68801	"Riverine wetland Logan River catchment_South East Queensland_10512"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68802	"Riverine wetland Logan River catchment_South East Queensland_10512"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68803	"Riverine wetland Logan River catchment_South East Queensland_10512"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68804	"Palustrine wetland Bremer River catchment_South East Queensland_10513"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68805	"Palustrine wetland Bremer River catchment_South East Queensland_10513"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68806	"Palustrine wetland Bremer River catchment_South East Queensland_10513"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68807	"Palustrine wetland Bremer River catchment_South East Queensland_10513"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68808	"Palustrine wetland Bremer River catchment_South East Queensland_10513"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68809	"Palustrine wetland Bremer River catchment_South East Queensland_10513"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68810	"Palustrine wetland Bremer River catchment_South East Queensland_10513"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68811	"Palustrine wetland Bremer River catchment_South East Queensland_10513"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68812	"Palustrine wetland Bremer River catchment_South East Queensland_10513"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68813	"Riverine wetland Bremer River catchment_South East Queensland_10514"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68814	"Riverine wetland Bremer River catchment_South East Queensland_10514"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68815	"Riverine wetland Bremer River catchment_South East Queensland_10514"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68816	"Riverine wetland Bremer River catchment_South East Queensland_10514"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68817	"Riverine wetland Bremer River catchment_South East Queensland_10514"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68823	"Riverine wetland Bremer River catchment_South East Queensland_10516"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68824	"Riverine wetland Bremer River catchment_South East Queensland_10516"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68825	"Riverine wetland Bremer River catchment_South East Queensland_10516"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68826	"Riverine wetland Bremer River catchment_South East Queensland_10516"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68827	"Riverine wetland Bremer River catchment_South East Queensland_10516"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68828	"Palustrine wetland Logan River catchment_South East Queensland_10517"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68829	"Palustrine wetland Logan River catchment_South East Queensland_10517"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68830	"Palustrine wetland Logan River catchment_South East Queensland_10517"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68831	"Palustrine wetland Logan River catchment_South East Queensland_10517"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68832	"Palustrine wetland Logan River catchment_South East Queensland_10517"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68833	"Palustrine wetland Logan River catchment_South East Queensland_10517"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68834	"Palustrine wetland Logan River catchment_South East Queensland_10517"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68835	"Palustrine wetland Logan River catchment_South East Queensland_10517"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68836	"Riverine wetland Bremer River catchment_South East Queensland_10518"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68837	"Riverine wetland Bremer River catchment_South East Queensland_10518"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68838	"Riverine wetland Bremer River catchment_South East Queensland_10518"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68839	"Riverine wetland Bremer River catchment_South East Queensland_10518"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68840	"Riverine wetland Bremer River catchment_South East Queensland_10518"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68841	"Riverine wetland Bremer River catchment_South East Queensland_10518"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68842	"Riverine wetland Bremer River catchment_South East Queensland_10518"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68843	"Riverine wetland Bremer River catchment_South East Queensland_10518"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68844	"Riverine wetland Bremer River catchment_South East Queensland_10518"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68845	"Riverine wetland Bremer River catchment_South East Queensland_10519"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68846	"Riverine wetland Bremer River catchment_South East Queensland_10519"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68847	"Riverine wetland Bremer River catchment_South East Queensland_10519"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68848	"Riverine wetland Bremer River catchment_South East Queensland_10519"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68849	"Riverine wetland Bremer River catchment_South East Queensland_10519"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68850	"Riverine wetland Bremer River catchment_South East Queensland_10519"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68851	"Riverine wetland Bremer River catchment_South East Queensland_10519"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68852	"Riverine wetland Bremer River catchment_South East Queensland_10519"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68853	"Riverine wetland Bremer River catchment_South East Queensland_10519"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68854	"Riverine wetland Bremer River catchment_South East Queensland_10520"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68855	"Riverine wetland Bremer River catchment_South East Queensland_10520"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68856	"Riverine wetland Bremer River catchment_South East Queensland_10520"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68857	"Riverine wetland Bremer River catchment_South East Queensland_10520"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68858	"Riverine wetland Bremer River catchment_South East Queensland_10520"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68859	"Riverine wetland Bremer River catchment_South East Queensland_10520"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68860	"Riverine wetland Bremer River catchment_South East Queensland_10520"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68861	"Riverine wetland Bremer River catchment_South East Queensland_10520"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68862	"Riverine wetland Bremer River catchment_South East Queensland_10520"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68863	"Riverine wetland Albert River catchment_South East Queensland_10521"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68864	"Riverine wetland Albert River catchment_South East Queensland_10521"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68865	"Riverine wetland Albert River catchment_South East Queensland_10521"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68866	"Riverine wetland Albert River catchment_South East Queensland_10521"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68867	"Riverine wetland Albert River catchment_South East Queensland_10521"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68868	"Riverine wetland Albert River catchment_South East Queensland_10522"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68869	"Riverine wetland Albert River catchment_South East Queensland_10522"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68870	"Riverine wetland Albert River catchment_South East Queensland_10522"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68871	"Riverine wetland Albert River catchment_South East Queensland_10522"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68872	"Riverine wetland Albert River catchment_South East Queensland_10522"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68878	"Riverine wetland Logan River catchment_South East Queensland_10524"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68879	"Riverine wetland Logan River catchment_South East Queensland_10524"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68880	"Riverine wetland Logan River catchment_South East Queensland_10524"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68881	"Riverine wetland Logan River catchment_South East Queensland_10524"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68882	"Riverine wetland Logan River catchment_South East Queensland_10524"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68883	"Riverine wetland Logan River catchment_South East Queensland_10524"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68884	"Riverine wetland Logan River catchment_South East Queensland_10524"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68885	"Riverine wetland Logan River catchment_South East Queensland_10524"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68886	"Riverine wetland Logan River catchment_South East Queensland_10524"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68887	"Riverine wetland Logan River catchment_South East Queensland_10524"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68888	"Riverine wetland Logan River catchment_South East Queensland_10524"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68889	"Riverine wetland Logan River catchment_South East Queensland_10524"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68890	"Riverine wetland Logan River catchment_South East Queensland_10525"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68891	"Riverine wetland Logan River catchment_South East Queensland_10525"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68892	"Riverine wetland Logan River catchment_South East Queensland_10525"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68893	"Riverine wetland Logan River catchment_South East Queensland_10525"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68894	"Riverine wetland Logan River catchment_South East Queensland_10525"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68895	"Riverine wetland Logan River catchment_South East Queensland_10525"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68896	"Riverine wetland Logan River catchment_South East Queensland_10525"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68897	"Riverine wetland Logan River catchment_South East Queensland_10525"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68898	"Riverine wetland Logan River catchment_South East Queensland_10525"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68899	"Riverine wetland Logan River catchment_South East Queensland_10525"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68900	"Riverine wetland Logan River catchment_South East Queensland_10525"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68901	"Riverine wetland Logan River catchment_South East Queensland_10525"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68902	"Riverine wetland Bremer River catchment_South East Queensland_10526"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68903	"Riverine wetland Bremer River catchment_South East Queensland_10526"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68904	"Riverine wetland Bremer River catchment_South East Queensland_10526"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68905	"Riverine wetland Bremer River catchment_South East Queensland_10526"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68906	"Riverine wetland Bremer River catchment_South East Queensland_10526"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68907	"Riverine wetland Bremer River catchment_South East Queensland_10526"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68908	"Riverine wetland Bremer River catchment_South East Queensland_10526"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68909	"Riverine wetland Bremer River catchment_South East Queensland_10526"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68910	"Riverine wetland Bremer River catchment_South East Queensland_10526"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68911	"Riverine wetland Bremer River catchment_South East Queensland_10526"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68912	"Riverine wetland Bremer River catchment_South East Queensland_10526"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68913	"Riverine wetland Bremer River catchment_South East Queensland_10526"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68919	"Riverine wetland Logan River catchment_South East Queensland_10528"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68920	"Riverine wetland Logan River catchment_South East Queensland_10528"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68921	"Riverine wetland Logan River catchment_South East Queensland_10528"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68922	"Riverine wetland Logan River catchment_South East Queensland_10528"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68923	"Riverine wetland Logan River catchment_South East Queensland_10528"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68924	"Riverine wetland Logan River catchment_South East Queensland_10528"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68925	"Riverine wetland Logan River catchment_South East Queensland_10528"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68926	"Riverine wetland Logan River catchment_South East Queensland_10528"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68927	"Riverine wetland Bremer River catchment_South East Queensland_10529"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68928	"Riverine wetland Bremer River catchment_South East Queensland_10529"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68929	"Riverine wetland Bremer River catchment_South East Queensland_10529"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
68930	"Riverine wetland Bremer River catchment_South East Queensland_10529"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
68931	"Riverine wetland Bremer River catchment_South East Queensland_10529"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68932	"Riverine wetland Bremer River catchment_South East Queensland_10529"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68933	"Riverine wetland Bremer River catchment_South East Queensland_10529"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68934	"Riverine wetland Bremer River catchment_South East Queensland_10529"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68935	"Riverine wetland Bremer River catchment_South East Queensland_10529"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68936	"Palustrine wetland Logan River catchment_South East Queensland_10530"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68937	"Palustrine wetland Logan River catchment_South East Queensland_10530"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68938	"Palustrine wetland Logan River catchment_South East Queensland_10530"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68939	"Palustrine wetland Logan River catchment_South East Queensland_10530"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68940	"Palustrine wetland Logan River catchment_South East Queensland_10530"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68941	"Palustrine wetland Logan River catchment_South East Queensland_10530"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68942	"Palustrine wetland Logan River catchment_South East Queensland_10530"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68943	"Palustrine wetland Logan River catchment_South East Queensland_10530"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68944	"Palustrine wetland Logan River catchment_South East Queensland_10531"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68945	"Palustrine wetland Logan River catchment_South East Queensland_10531"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68946	"Palustrine wetland Logan River catchment_South East Queensland_10531"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68947	"Palustrine wetland Logan River catchment_South East Queensland_10531"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68948	"Palustrine wetland Logan River catchment_South East Queensland_10531"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68949	"Palustrine wetland Logan River catchment_South East Queensland_10531"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68950	"Palustrine wetland Logan River catchment_South East Queensland_10531"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68951	"Palustrine wetland Logan River catchment_South East Queensland_10531"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68952	"Palustrine wetland Logan River catchment_South East Queensland_10532"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68953	"Palustrine wetland Logan River catchment_South East Queensland_10532"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68954	"Palustrine wetland Logan River catchment_South East Queensland_10532"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68955	"Palustrine wetland Logan River catchment_South East Queensland_10532"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68956	"Palustrine wetland Logan River catchment_South East Queensland_10532"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68957	"Palustrine wetland Logan River catchment_South East Queensland_10532"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68958	"Palustrine wetland Logan River catchment_South East Queensland_10532"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68959	"Palustrine wetland Logan River catchment_South East Queensland_10532"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68960	"Palustrine wetland Logan River catchment_South East Queensland_10533"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68961	"Palustrine wetland Logan River catchment_South East Queensland_10533"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68962	"Palustrine wetland Logan River catchment_South East Queensland_10533"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68963	"Palustrine wetland Logan River catchment_South East Queensland_10533"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68964	"Palustrine wetland Logan River catchment_South East Queensland_10533"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68965	"Palustrine wetland Logan River catchment_South East Queensland_10533"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68966	"Palustrine wetland Logan River catchment_South East Queensland_10533"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68967	"Palustrine wetland Logan River catchment_South East Queensland_10533"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68968	"Palustrine wetland Logan River catchment_South East Queensland_10534"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68969	"Palustrine wetland Logan River catchment_South East Queensland_10534"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68970	"Palustrine wetland Logan River catchment_South East Queensland_10534"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68971	"Palustrine wetland Logan River catchment_South East Queensland_10534"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68972	"Palustrine wetland Logan River catchment_South East Queensland_10534"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68973	"Palustrine wetland Logan River catchment_South East Queensland_10534"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68974	"Palustrine wetland Logan River catchment_South East Queensland_10534"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68975	"Palustrine wetland Logan River catchment_South East Queensland_10534"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68976	"Palustrine wetland Logan River catchment_South East Queensland_10535"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68977	"Palustrine wetland Logan River catchment_South East Queensland_10535"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68978	"Palustrine wetland Logan River catchment_South East Queensland_10535"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68979	"Palustrine wetland Logan River catchment_South East Queensland_10535"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68980	"Palustrine wetland Logan River catchment_South East Queensland_10535"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68981	"Palustrine wetland Logan River catchment_South East Queensland_10535"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68982	"Palustrine wetland Logan River catchment_South East Queensland_10535"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68983	"Palustrine wetland Logan River catchment_South East Queensland_10535"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68984	"Palustrine wetland Logan River catchment_South East Queensland_10536"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68985	"Palustrine wetland Logan River catchment_South East Queensland_10536"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68986	"Palustrine wetland Logan River catchment_South East Queensland_10536"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68987	"Palustrine wetland Logan River catchment_South East Queensland_10536"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68988	"Palustrine wetland Logan River catchment_South East Queensland_10536"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
68989	"Palustrine wetland Logan River catchment_South East Queensland_10536"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
68990	"Palustrine wetland Logan River catchment_South East Queensland_10536"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
68991	"Palustrine wetland Logan River catchment_South East Queensland_10536"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
68997	"Riverine wetland Logan River catchment_South East Queensland_10538"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
68998	"Riverine wetland Logan River catchment_South East Queensland_10538"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
68999	"Riverine wetland Logan River catchment_South East Queensland_10538"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69000	"Riverine wetland Logan River catchment_South East Queensland_10538"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69001	"Riverine wetland Logan River catchment_South East Queensland_10538"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69002	"Riverine wetland Logan River catchment_South East Queensland_10538"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69003	"Riverine wetland Logan River catchment_South East Queensland_10538"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69004	"Riverine wetland Logan River catchment_South East Queensland_10538"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69005	"Riverine wetland Logan River catchment_South East Queensland_10538"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69006	"Riverine wetland Logan River catchment_South East Queensland_10538"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69007	"Riverine wetland Logan River catchment_South East Queensland_10538"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69008	"Riverine wetland Logan River catchment_South East Queensland_10538"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69009	"Riverine wetland Logan River catchment_South East Queensland_10538"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69010	"Riverine wetland Logan River catchment_South East Queensland_10538"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69011	"Riverine wetland Logan River catchment_South East Queensland_10538"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69012	"Riverine wetland Logan River catchment_South East Queensland_10538"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69013	"Riverine wetland Logan River catchment_South East Queensland_10539"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69014	"Riverine wetland Logan River catchment_South East Queensland_10539"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69015	"Riverine wetland Logan River catchment_South East Queensland_10539"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69016	"Riverine wetland Logan River catchment_South East Queensland_10539"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69017	"Riverine wetland Logan River catchment_South East Queensland_10539"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69018	"Riverine wetland Logan River catchment_South East Queensland_10539"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69019	"Riverine wetland Logan River catchment_South East Queensland_10539"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69020	"Riverine wetland Logan River catchment_South East Queensland_10539"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69021	"Riverine wetland Logan River catchment_South East Queensland_10539"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69022	"Riverine wetland Logan River catchment_South East Queensland_10539"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69023	"Riverine wetland Logan River catchment_South East Queensland_10539"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69024	"Riverine wetland Logan River catchment_South East Queensland_10539"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69025	"Riverine wetland Logan River catchment_South East Queensland_10539"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69026	"Riverine wetland Logan River catchment_South East Queensland_10539"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69027	"Riverine wetland Logan River catchment_South East Queensland_10539"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69028	"Riverine wetland Logan River catchment_South East Queensland_10539"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69029	"Riverine wetland Logan River catchment_South East Queensland_10540"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69030	"Riverine wetland Logan River catchment_South East Queensland_10540"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69031	"Riverine wetland Logan River catchment_South East Queensland_10540"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69032	"Riverine wetland Logan River catchment_South East Queensland_10540"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69033	"Riverine wetland Logan River catchment_South East Queensland_10540"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69034	"Riverine wetland Logan River catchment_South East Queensland_10540"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69035	"Riverine wetland Logan River catchment_South East Queensland_10540"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69036	"Riverine wetland Logan River catchment_South East Queensland_10540"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69037	"Riverine wetland Logan River catchment_South East Queensland_10540"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69038	"Riverine wetland Logan River catchment_South East Queensland_10540"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69039	"Riverine wetland Logan River catchment_South East Queensland_10540"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69040	"Riverine wetland Logan River catchment_South East Queensland_10540"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69041	"Riverine wetland Logan River catchment_South East Queensland_10540"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69042	"Riverine wetland Logan River catchment_South East Queensland_10540"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69043	"Riverine wetland Logan River catchment_South East Queensland_10540"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69044	"Riverine wetland Logan River catchment_South East Queensland_10540"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69045	"Riverine wetland Logan River catchment_South East Queensland_10541"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69046	"Riverine wetland Logan River catchment_South East Queensland_10541"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69047	"Riverine wetland Logan River catchment_South East Queensland_10541"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69048	"Riverine wetland Logan River catchment_South East Queensland_10541"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69049	"Riverine wetland Logan River catchment_South East Queensland_10541"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69050	"Riverine wetland Logan River catchment_South East Queensland_10541"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69051	"Riverine wetland Logan River catchment_South East Queensland_10541"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69052	"Riverine wetland Logan River catchment_South East Queensland_10541"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69053	"Riverine wetland Logan River catchment_South East Queensland_10541"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69054	"Riverine wetland Logan River catchment_South East Queensland_10541"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69055	"Riverine wetland Logan River catchment_South East Queensland_10541"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69056	"Riverine wetland Logan River catchment_South East Queensland_10541"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69057	"Riverine wetland Logan River catchment_South East Queensland_10541"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69058	"Riverine wetland Logan River catchment_South East Queensland_10541"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69059	"Riverine wetland Logan River catchment_South East Queensland_10541"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69060	"Riverine wetland Logan River catchment_South East Queensland_10541"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69061	"Palustrine wetland Logan River catchment_South East Queensland_10542"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69062	"Palustrine wetland Logan River catchment_South East Queensland_10542"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69063	"Palustrine wetland Logan River catchment_South East Queensland_10542"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69064	"Palustrine wetland Logan River catchment_South East Queensland_10542"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69065	"Palustrine wetland Logan River catchment_South East Queensland_10542"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69066	"Palustrine wetland Logan River catchment_South East Queensland_10542"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69067	"Palustrine wetland Logan River catchment_South East Queensland_10542"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69068	"Palustrine wetland Logan River catchment_South East Queensland_10542"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69074	"Palustrine wetland Logan River catchment_South East Queensland_10544"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69075	"Palustrine wetland Logan River catchment_South East Queensland_10544"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69076	"Palustrine wetland Logan River catchment_South East Queensland_10544"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69077	"Palustrine wetland Logan River catchment_South East Queensland_10544"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69078	"Palustrine wetland Logan River catchment_South East Queensland_10544"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69079	"Riverine wetland Logan River catchment_South East Queensland_10545"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69080	"Riverine wetland Logan River catchment_South East Queensland_10545"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69081	"Riverine wetland Logan River catchment_South East Queensland_10545"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69082	"Riverine wetland Logan River catchment_South East Queensland_10545"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69083	"Riverine wetland Logan River catchment_South East Queensland_10545"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69084	"Riverine wetland Logan River catchment_South East Queensland_10545"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69085	"Riverine wetland Logan River catchment_South East Queensland_10545"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69086	"Riverine wetland Logan River catchment_South East Queensland_10545"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69087	"Riverine wetland Logan River catchment_South East Queensland_10545"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69093	"Riverine wetland Albert River catchment_South East Queensland_10547"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69094	"Riverine wetland Albert River catchment_South East Queensland_10547"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69095	"Riverine wetland Albert River catchment_South East Queensland_10547"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69096	"Riverine wetland Albert River catchment_South East Queensland_10547"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69097	"Riverine wetland Albert River catchment_South East Queensland_10547"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69098	"Riverine wetland Albert River catchment_South East Queensland_10548"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69099	"Riverine wetland Albert River catchment_South East Queensland_10548"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69100	"Riverine wetland Albert River catchment_South East Queensland_10548"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69101	"Riverine wetland Albert River catchment_South East Queensland_10548"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69102	"Riverine wetland Albert River catchment_South East Queensland_10548"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69103	"Riverine wetland Logan River catchment_South East Queensland_10549"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69104	"Riverine wetland Logan River catchment_South East Queensland_10549"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69105	"Riverine wetland Logan River catchment_South East Queensland_10549"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69106	"Riverine wetland Logan River catchment_South East Queensland_10549"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69107	"Riverine wetland Logan River catchment_South East Queensland_10549"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69108	"Riverine wetland Logan River catchment_South East Queensland_10549"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69109	"Riverine wetland Logan River catchment_South East Queensland_10549"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69110	"Riverine wetland Logan River catchment_South East Queensland_10549"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69111	"Riverine wetland Logan River catchment_South East Queensland_10549"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69122	"Riverine wetland Albert River catchment_South East Queensland_10552"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69123	"Riverine wetland Albert River catchment_South East Queensland_10552"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69124	"Riverine wetland Albert River catchment_South East Queensland_10552"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69125	"Riverine wetland Albert River catchment_South East Queensland_10552"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69126	"Riverine wetland Albert River catchment_South East Queensland_10552"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69127	"Riverine wetland Logan River catchment_South East Queensland_10553"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69128	"Riverine wetland Logan River catchment_South East Queensland_10553"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69129	"Riverine wetland Logan River catchment_South East Queensland_10553"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69130	"Riverine wetland Logan River catchment_South East Queensland_10553"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69131	"Riverine wetland Logan River catchment_South East Queensland_10553"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69132	"Riverine wetland Logan River catchment_South East Queensland_10553"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69133	"Riverine wetland Logan River catchment_South East Queensland_10553"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69134	"Riverine wetland Logan River catchment_South East Queensland_10553"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69135	"Riverine wetland Logan River catchment_South East Queensland_10553"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69136	"Riverine wetland Albert River catchment_South East Queensland_10554"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69137	"Riverine wetland Albert River catchment_South East Queensland_10554"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69138	"Riverine wetland Albert River catchment_South East Queensland_10554"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69139	"Riverine wetland Albert River catchment_South East Queensland_10554"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69140	"Riverine wetland Albert River catchment_South East Queensland_10554"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69141	"Palustrine wetland Logan River catchment_South East Queensland_10555"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69142	"Palustrine wetland Logan River catchment_South East Queensland_10555"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69143	"Palustrine wetland Logan River catchment_South East Queensland_10555"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69144	"Palustrine wetland Logan River catchment_South East Queensland_10555"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69145	"Palustrine wetland Logan River catchment_South East Queensland_10555"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69146	"Palustrine wetland Logan River catchment_South East Queensland_10555"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69147	"Palustrine wetland Logan River catchment_South East Queensland_10555"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69148	"Palustrine wetland Logan River catchment_South East Queensland_10555"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69154	"Riverine wetland Albert River catchment_South East Queensland_10557"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69155	"Riverine wetland Albert River catchment_South East Queensland_10557"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69156	"Riverine wetland Albert River catchment_South East Queensland_10557"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69157	"Riverine wetland Albert River catchment_South East Queensland_10557"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69158	"Riverine wetland Albert River catchment_South East Queensland_10557"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69159	"Riverine wetland Logan River catchment_South East Queensland_10558"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69160	"Riverine wetland Logan River catchment_South East Queensland_10558"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69161	"Riverine wetland Logan River catchment_South East Queensland_10558"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69162	"Riverine wetland Logan River catchment_South East Queensland_10558"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69163	"Riverine wetland Logan River catchment_South East Queensland_10558"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69164	"Riverine wetland Logan River catchment_South East Queensland_10558"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69165	"Riverine wetland Logan River catchment_South East Queensland_10558"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69166	"Riverine wetland Logan River catchment_South East Queensland_10558"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69167	"Riverine wetland Logan River catchment_South East Queensland_10558"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69168	"Riverine wetland Logan River catchment_South East Queensland_10558"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69169	"Riverine wetland Logan River catchment_South East Queensland_10558"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69170	"Riverine wetland Logan River catchment_South East Queensland_10558"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69171	"Riverine wetland Logan River catchment_South East Queensland_10558"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69172	"Riverine wetland Logan River catchment_South East Queensland_10558"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69173	"Riverine wetland Logan River catchment_South East Queensland_10558"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69174	"Riverine wetland Logan River catchment_South East Queensland_10558"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69175	"Riverine wetland Logan River catchment_South East Queensland_10559"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69176	"Riverine wetland Logan River catchment_South East Queensland_10559"	"Coal mining"	"Existing and potential expansion"	"Habitat "	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Expansion of current open cut would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69177	"Riverine wetland Logan River catchment_South East Queensland_10559"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69178	"Riverine wetland Logan River catchment_South East Queensland_10559"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69179	"Riverine wetland Logan River catchment_South East Queensland_10559"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69180	"Riverine wetland Logan River catchment_South East Queensland_10559"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69181	"Riverine wetland Logan River catchment_South East Queensland_10559"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69182	"Riverine wetland Logan River catchment_South East Queensland_10559"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69183	"Riverine wetland Logan River catchment_South East Queensland_10559"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69189	"Riverine wetland Albert River catchment_South East Queensland_10561"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69190	"Riverine wetland Albert River catchment_South East Queensland_10561"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69191	"Riverine wetland Albert River catchment_South East Queensland_10561"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69192	"Riverine wetland Albert River catchment_South East Queensland_10561"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69193	"Riverine wetland Albert River catchment_South East Queensland_10561"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69204	"Palustrine wetland Albert River catchment_South East Queensland_10564"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69205	"Palustrine wetland Albert River catchment_South East Queensland_10564"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69206	"Palustrine wetland Albert River catchment_South East Queensland_10564"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69207	"Palustrine wetland Albert River catchment_South East Queensland_10564"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69208	"Palustrine wetland Albert River catchment_South East Queensland_10564"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69209	"Palustrine wetland Logan River catchment_South East Queensland_10565"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69210	"Palustrine wetland Logan River catchment_South East Queensland_10565"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69211	"Palustrine wetland Logan River catchment_South East Queensland_10565"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69212	"Palustrine wetland Logan River catchment_South East Queensland_10565"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69213	"Palustrine wetland Logan River catchment_South East Queensland_10565"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69214	"Palustrine wetland Logan River catchment_South East Queensland_10565"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69215	"Palustrine wetland Logan River catchment_South East Queensland_10565"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69216	"Palustrine wetland Logan River catchment_South East Queensland_10565"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69217	"Palustrine wetland Logan River catchment_South East Queensland_10565"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69218	"Riverine wetland Bremer River catchment_South East Queensland_10566"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69219	"Riverine wetland Bremer River catchment_South East Queensland_10566"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69220	"Riverine wetland Bremer River catchment_South East Queensland_10566"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69221	"Riverine wetland Bremer River catchment_South East Queensland_10566"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69222	"Riverine wetland Bremer River catchment_South East Queensland_10566"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69223	"Riverine wetland Bremer River catchment_South East Queensland_10566"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69224	"Riverine wetland Bremer River catchment_South East Queensland_10566"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69225	"Riverine wetland Bremer River catchment_South East Queensland_10566"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69226	"Riverine wetland Bremer River catchment_South East Queensland_10566"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69297	"Riverine wetland Bremer River catchment_South East Queensland_10581"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69298	"Riverine wetland Bremer River catchment_South East Queensland_10581"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69299	"Riverine wetland Bremer River catchment_South East Queensland_10581"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69300	"Riverine wetland Bremer River catchment_South East Queensland_10581"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69301	"Riverine wetland Bremer River catchment_South East Queensland_10581"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69302	"Riverine wetland Bremer River catchment_South East Queensland_10581"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69303	"Riverine wetland Bremer River catchment_South East Queensland_10581"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69304	"Riverine wetland Bremer River catchment_South East Queensland_10581"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69305	"Riverine wetland Bremer River catchment_South East Queensland_10581"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69306	"Riverine wetland Logan River catchment_South East Queensland_10582"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69307	"Riverine wetland Logan River catchment_South East Queensland_10582"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69308	"Riverine wetland Logan River catchment_South East Queensland_10582"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69309	"Riverine wetland Logan River catchment_South East Queensland_10582"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69310	"Riverine wetland Logan River catchment_South East Queensland_10582"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69311	"Riverine wetland Logan River catchment_South East Queensland_10582"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69312	"Riverine wetland Logan River catchment_South East Queensland_10582"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69313	"Riverine wetland Logan River catchment_South East Queensland_10582"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69314	"Riverine wetland Logan River catchment_South East Queensland_10582"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69315	"Riverine wetland Logan River catchment_South East Queensland_10583"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69316	"Riverine wetland Logan River catchment_South East Queensland_10583"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69317	"Riverine wetland Logan River catchment_South East Queensland_10583"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69318	"Riverine wetland Logan River catchment_South East Queensland_10583"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69319	"Riverine wetland Logan River catchment_South East Queensland_10583"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69320	"Riverine wetland Logan River catchment_South East Queensland_10583"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69321	"Riverine wetland Logan River catchment_South East Queensland_10583"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69322	"Riverine wetland Logan River catchment_South East Queensland_10583"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69323	"Riverine wetland Logan River catchment_South East Queensland_10583"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69329	"Palustrine wetland Logan River catchment_South East Queensland_10585"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69330	"Palustrine wetland Logan River catchment_South East Queensland_10585"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69331	"Palustrine wetland Logan River catchment_South East Queensland_10585"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69332	"Palustrine wetland Logan River catchment_South East Queensland_10585"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69333	"Palustrine wetland Logan River catchment_South East Queensland_10585"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69334	"Riverine wetland Logan River catchment_South East Queensland_10586"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69335	"Riverine wetland Logan River catchment_South East Queensland_10586"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69336	"Riverine wetland Logan River catchment_South East Queensland_10586"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69337	"Riverine wetland Logan River catchment_South East Queensland_10586"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69338	"Riverine wetland Logan River catchment_South East Queensland_10586"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69339	"Riverine wetland Logan River catchment_South East Queensland_10586"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69340	"Riverine wetland Logan River catchment_South East Queensland_10586"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69341	"Riverine wetland Logan River catchment_South East Queensland_10586"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69342	"Riverine wetland Logan River catchment_South East Queensland_10586"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69353	"Riverine wetland Logan River catchment_South East Queensland_10589"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69354	"Riverine wetland Logan River catchment_South East Queensland_10589"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69355	"Riverine wetland Logan River catchment_South East Queensland_10589"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69356	"Riverine wetland Logan River catchment_South East Queensland_10589"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69357	"Riverine wetland Logan River catchment_South East Queensland_10589"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69358	"Riverine wetland Logan River catchment_South East Queensland_10589"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69359	"Riverine wetland Logan River catchment_South East Queensland_10589"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69360	"Riverine wetland Logan River catchment_South East Queensland_10589"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69361	"Riverine wetland Logan River catchment_South East Queensland_10589"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69362	"Palustrine wetland Logan River catchment_South East Queensland_10590"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69363	"Palustrine wetland Logan River catchment_South East Queensland_10590"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69364	"Palustrine wetland Logan River catchment_South East Queensland_10590"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69365	"Palustrine wetland Logan River catchment_South East Queensland_10590"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69366	"Palustrine wetland Logan River catchment_South East Queensland_10590"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69367	"Palustrine wetland Logan River catchment_South East Queensland_10590"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69368	"Palustrine wetland Logan River catchment_South East Queensland_10590"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69369	"Palustrine wetland Logan River catchment_South East Queensland_10590"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69370	"Riverine wetland Albert River catchment_South East Queensland_10591"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69371	"Riverine wetland Albert River catchment_South East Queensland_10591"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69372	"Riverine wetland Albert River catchment_South East Queensland_10591"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69373	"Riverine wetland Albert River catchment_South East Queensland_10591"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69374	"Riverine wetland Albert River catchment_South East Queensland_10591"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69375	"Riverine wetland Albert River catchment_South East Queensland_10591"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69376	"Riverine wetland Albert River catchment_South East Queensland_10591"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69377	"Riverine wetland Albert River catchment_South East Queensland_10591"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69378	"Riverine wetland Albert River catchment_South East Queensland_10591"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69379	"Riverine wetland Albert River catchment_South East Queensland_10592"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69380	"Riverine wetland Albert River catchment_South East Queensland_10592"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69381	"Riverine wetland Albert River catchment_South East Queensland_10592"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69382	"Riverine wetland Albert River catchment_South East Queensland_10592"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69383	"Riverine wetland Albert River catchment_South East Queensland_10592"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69384	"Riverine wetland Albert River catchment_South East Queensland_10593"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69385	"Riverine wetland Albert River catchment_South East Queensland_10593"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69386	"Riverine wetland Albert River catchment_South East Queensland_10593"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69387	"Riverine wetland Albert River catchment_South East Queensland_10593"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69388	"Riverine wetland Albert River catchment_South East Queensland_10593"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69389	"Riverine wetland Albert River catchment_South East Queensland_10594"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69390	"Riverine wetland Albert River catchment_South East Queensland_10594"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69391	"Riverine wetland Albert River catchment_South East Queensland_10594"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69392	"Riverine wetland Albert River catchment_South East Queensland_10594"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69393	"Riverine wetland Albert River catchment_South East Queensland_10594"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69399	"Riverine wetland Albert River catchment_South East Queensland_10596"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69400	"Riverine wetland Albert River catchment_South East Queensland_10596"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69401	"Riverine wetland Albert River catchment_South East Queensland_10596"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69402	"Riverine wetland Albert River catchment_South East Queensland_10596"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69403	"Riverine wetland Albert River catchment_South East Queensland_10596"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69404	"Riverine wetland Albert River catchment_South East Queensland_10596"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69405	"Riverine wetland Albert River catchment_South East Queensland_10596"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69406	"Riverine wetland Albert River catchment_South East Queensland_10596"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69407	"Riverine wetland Albert River catchment_South East Queensland_10596"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69408	"Riverine wetland Albert River catchment_South East Queensland_10597"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69409	"Riverine wetland Albert River catchment_South East Queensland_10597"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69410	"Riverine wetland Albert River catchment_South East Queensland_10597"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69411	"Riverine wetland Albert River catchment_South East Queensland_10597"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69412	"Riverine wetland Albert River catchment_South East Queensland_10597"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69413	"Riverine wetland Albert River catchment_South East Queensland_10597"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69414	"Riverine wetland Albert River catchment_South East Queensland_10597"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69415	"Riverine wetland Albert River catchment_South East Queensland_10597"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69416	"Riverine wetland Albert River catchment_South East Queensland_10597"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69417	"Riverine wetland Albert River catchment_South East Queensland_10598"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69418	"Riverine wetland Albert River catchment_South East Queensland_10598"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69419	"Riverine wetland Albert River catchment_South East Queensland_10598"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69420	"Riverine wetland Albert River catchment_South East Queensland_10598"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69421	"Riverine wetland Albert River catchment_South East Queensland_10598"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69422	"Riverine wetland Logan River catchment_South East Queensland_10599"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69423	"Riverine wetland Logan River catchment_South East Queensland_10599"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69424	"Riverine wetland Logan River catchment_South East Queensland_10599"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69425	"Riverine wetland Logan River catchment_South East Queensland_10599"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69426	"Riverine wetland Logan River catchment_South East Queensland_10599"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69427	"Riverine wetland Logan River catchment_South East Queensland_10599"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69428	"Riverine wetland Logan River catchment_South East Queensland_10599"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69429	"Riverine wetland Logan River catchment_South East Queensland_10599"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69430	"Riverine wetland Logan River catchment_South East Queensland_10599"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69436	"Riverine wetland Bremer River catchment_South East Queensland_10601"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69437	"Riverine wetland Bremer River catchment_South East Queensland_10601"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69438	"Riverine wetland Bremer River catchment_South East Queensland_10601"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69439	"Riverine wetland Bremer River catchment_South East Queensland_10601"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69440	"Riverine wetland Bremer River catchment_South East Queensland_10601"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69441	"Riverine wetland Bremer River catchment_South East Queensland_10601"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69442	"Riverine wetland Bremer River catchment_South East Queensland_10601"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69443	"Riverine wetland Bremer River catchment_South East Queensland_10601"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69444	"Riverine wetland Bremer River catchment_South East Queensland_10601"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69445	"Riverine wetland Bremer River catchment_South East Queensland_10601"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69446	"Riverine wetland Bremer River catchment_South East Queensland_10601"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69447	"Riverine wetland Bremer River catchment_South East Queensland_10601"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69448	"Palustrine wetland Logan River catchment_South East Queensland_10602"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69449	"Palustrine wetland Logan River catchment_South East Queensland_10602"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69450	"Palustrine wetland Logan River catchment_South East Queensland_10602"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69451	"Palustrine wetland Logan River catchment_South East Queensland_10602"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69452	"Palustrine wetland Logan River catchment_South East Queensland_10602"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69453	"Palustrine wetland Logan River catchment_South East Queensland_10603"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69454	"Palustrine wetland Logan River catchment_South East Queensland_10603"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69455	"Palustrine wetland Logan River catchment_South East Queensland_10603"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69456	"Palustrine wetland Logan River catchment_South East Queensland_10603"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69457	"Palustrine wetland Logan River catchment_South East Queensland_10603"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69468	"Riverine wetland Bremer River catchment_South East Queensland_10606"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69469	"Riverine wetland Bremer River catchment_South East Queensland_10606"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69470	"Riverine wetland Bremer River catchment_South East Queensland_10606"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69471	"Riverine wetland Bremer River catchment_South East Queensland_10606"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69472	"Riverine wetland Bremer River catchment_South East Queensland_10606"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69473	"Riverine wetland Bremer River catchment_South East Queensland_10606"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69474	"Riverine wetland Bremer River catchment_South East Queensland_10606"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69475	"Riverine wetland Bremer River catchment_South East Queensland_10606"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69476	"Riverine wetland Bremer River catchment_South East Queensland_10606"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69477	"Riverine wetland Logan River catchment_South East Queensland_10607"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69478	"Riverine wetland Logan River catchment_South East Queensland_10607"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69479	"Riverine wetland Logan River catchment_South East Queensland_10607"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69480	"Riverine wetland Logan River catchment_South East Queensland_10607"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69481	"Riverine wetland Logan River catchment_South East Queensland_10607"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69482	"Riverine wetland Logan River catchment_South East Queensland_10607"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69483	"Riverine wetland Logan River catchment_South East Queensland_10607"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69484	"Riverine wetland Logan River catchment_South East Queensland_10607"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69485	"Riverine wetland Logan River catchment_South East Queensland_10607"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69501	"Riverine wetland Albert River catchment_South East Queensland_10611"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69502	"Riverine wetland Albert River catchment_South East Queensland_10611"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69503	"Riverine wetland Albert River catchment_South East Queensland_10611"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69504	"Riverine wetland Albert River catchment_South East Queensland_10611"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69505	"Riverine wetland Albert River catchment_South East Queensland_10611"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69506	"Riverine wetland Logan River catchment_South East Queensland_10612"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69507	"Riverine wetland Logan River catchment_South East Queensland_10612"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69508	"Riverine wetland Logan River catchment_South East Queensland_10612"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69509	"Riverine wetland Logan River catchment_South East Queensland_10612"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69510	"Riverine wetland Logan River catchment_South East Queensland_10612"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69511	"Riverine wetland Logan River catchment_South East Queensland_10612"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69512	"Riverine wetland Logan River catchment_South East Queensland_10612"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69513	"Riverine wetland Logan River catchment_South East Queensland_10612"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69514	"Riverine wetland Logan River catchment_South East Queensland_10612"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69515	"Riverine wetland Albert River catchment_South East Queensland_10613"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69516	"Riverine wetland Albert River catchment_South East Queensland_10613"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69517	"Riverine wetland Albert River catchment_South East Queensland_10613"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69518	"Riverine wetland Albert River catchment_South East Queensland_10613"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69519	"Riverine wetland Albert River catchment_South East Queensland_10613"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69520	"Riverine wetland Logan River catchment_South East Queensland_10614"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69521	"Riverine wetland Logan River catchment_South East Queensland_10614"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69522	"Riverine wetland Logan River catchment_South East Queensland_10614"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69523	"Riverine wetland Logan River catchment_South East Queensland_10614"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69524	"Riverine wetland Logan River catchment_South East Queensland_10614"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69525	"Riverine wetland Logan River catchment_South East Queensland_10614"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69526	"Riverine wetland Logan River catchment_South East Queensland_10614"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69527	"Riverine wetland Logan River catchment_South East Queensland_10614"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69528	"Riverine wetland Logan River catchment_South East Queensland_10614"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69529	"Riverine wetland Albert River catchment_South East Queensland_10615"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69530	"Riverine wetland Albert River catchment_South East Queensland_10615"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69531	"Riverine wetland Albert River catchment_South East Queensland_10615"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69532	"Riverine wetland Albert River catchment_South East Queensland_10615"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69533	"Riverine wetland Albert River catchment_South East Queensland_10615"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69534	"Riverine wetland Albert River catchment_South East Queensland_10616"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69535	"Riverine wetland Albert River catchment_South East Queensland_10616"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69536	"Riverine wetland Albert River catchment_South East Queensland_10616"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69537	"Riverine wetland Albert River catchment_South East Queensland_10616"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69538	"Riverine wetland Albert River catchment_South East Queensland_10616"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69539	"Riverine wetland Bremer River catchment_South East Queensland_10617"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69540	"Riverine wetland Bremer River catchment_South East Queensland_10617"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69541	"Riverine wetland Bremer River catchment_South East Queensland_10617"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69542	"Riverine wetland Bremer River catchment_South East Queensland_10617"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69543	"Riverine wetland Bremer River catchment_South East Queensland_10617"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69544	"Riverine wetland Bremer River catchment_South East Queensland_10617"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69545	"Riverine wetland Bremer River catchment_South East Queensland_10617"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69546	"Riverine wetland Bremer River catchment_South East Queensland_10617"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69547	"Riverine wetland Bremer River catchment_South East Queensland_10617"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69548	"Riverine wetland Bremer River catchment_South East Queensland_10617"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69549	"Riverine wetland Bremer River catchment_South East Queensland_10617"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69550	"Riverine wetland Bremer River catchment_South East Queensland_10617"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69551	"Riverine wetland Bremer River catchment_South East Queensland_10618"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69552	"Riverine wetland Bremer River catchment_South East Queensland_10618"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69553	"Riverine wetland Bremer River catchment_South East Queensland_10618"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69554	"Riverine wetland Bremer River catchment_South East Queensland_10618"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69555	"Riverine wetland Bremer River catchment_South East Queensland_10618"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69556	"Riverine wetland Bremer River catchment_South East Queensland_10618"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69557	"Riverine wetland Bremer River catchment_South East Queensland_10618"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69558	"Riverine wetland Bremer River catchment_South East Queensland_10618"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69559	"Riverine wetland Bremer River catchment_South East Queensland_10618"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69560	"Riverine wetland Bremer River catchment_South East Queensland_10619"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69561	"Riverine wetland Bremer River catchment_South East Queensland_10619"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69562	"Riverine wetland Bremer River catchment_South East Queensland_10619"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69563	"Riverine wetland Bremer River catchment_South East Queensland_10619"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69564	"Riverine wetland Bremer River catchment_South East Queensland_10619"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69565	"Riverine wetland Bremer River catchment_South East Queensland_10619"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69566	"Riverine wetland Bremer River catchment_South East Queensland_10619"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69567	"Riverine wetland Bremer River catchment_South East Queensland_10619"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69568	"Riverine wetland Bremer River catchment_South East Queensland_10619"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69569	"Riverine wetland Bremer River catchment_South East Queensland_10619"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69570	"Riverine wetland Bremer River catchment_South East Queensland_10619"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69571	"Riverine wetland Bremer River catchment_South East Queensland_10619"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69572	"Riverine wetland Logan River catchment_South East Queensland_10620"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69573	"Riverine wetland Logan River catchment_South East Queensland_10620"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69574	"Riverine wetland Logan River catchment_South East Queensland_10620"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69575	"Riverine wetland Logan River catchment_South East Queensland_10620"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69576	"Riverine wetland Logan River catchment_South East Queensland_10620"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69577	"Riverine wetland Logan River catchment_South East Queensland_10620"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69578	"Riverine wetland Logan River catchment_South East Queensland_10620"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69579	"Riverine wetland Logan River catchment_South East Queensland_10620"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69580	"Riverine wetland Logan River catchment_South East Queensland_10620"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69581	"Riverine wetland Bremer River catchment_South East Queensland_10621"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69582	"Riverine wetland Bremer River catchment_South East Queensland_10621"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69583	"Riverine wetland Bremer River catchment_South East Queensland_10621"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69584	"Riverine wetland Bremer River catchment_South East Queensland_10621"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69585	"Riverine wetland Bremer River catchment_South East Queensland_10621"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69586	"Riverine wetland Bremer River catchment_South East Queensland_10621"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69587	"Riverine wetland Bremer River catchment_South East Queensland_10621"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69588	"Riverine wetland Bremer River catchment_South East Queensland_10621"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69589	"Riverine wetland Bremer River catchment_South East Queensland_10621"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69595	"Riverine wetland Bremer River catchment_South East Queensland_10623"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69596	"Riverine wetland Bremer River catchment_South East Queensland_10623"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69597	"Riverine wetland Bremer River catchment_South East Queensland_10623"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69598	"Riverine wetland Bremer River catchment_South East Queensland_10623"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69599	"Riverine wetland Bremer River catchment_South East Queensland_10623"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69600	"Riverine wetland Bremer River catchment_South East Queensland_10623"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69601	"Riverine wetland Bremer River catchment_South East Queensland_10623"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69602	"Riverine wetland Bremer River catchment_South East Queensland_10623"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69603	"Riverine wetland Bremer River catchment_South East Queensland_10623"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69604	"Riverine wetland Logan River catchment_South East Queensland_10624"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69605	"Riverine wetland Logan River catchment_South East Queensland_10624"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69606	"Riverine wetland Logan River catchment_South East Queensland_10624"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69607	"Riverine wetland Logan River catchment_South East Queensland_10624"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69608	"Riverine wetland Logan River catchment_South East Queensland_10624"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69609	"Riverine wetland Logan River catchment_South East Queensland_10624"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69610	"Riverine wetland Logan River catchment_South East Queensland_10624"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69611	"Riverine wetland Logan River catchment_South East Queensland_10624"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69612	"Riverine wetland Logan River catchment_South East Queensland_10624"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69618	"Riverine wetland Albert River catchment_South East Queensland_10626"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69619	"Riverine wetland Albert River catchment_South East Queensland_10626"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69620	"Riverine wetland Albert River catchment_South East Queensland_10626"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69621	"Riverine wetland Albert River catchment_South East Queensland_10626"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69622	"Riverine wetland Albert River catchment_South East Queensland_10626"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69623	"Riverine wetland Albert River catchment_South East Queensland_10627"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69624	"Riverine wetland Albert River catchment_South East Queensland_10627"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69625	"Riverine wetland Albert River catchment_South East Queensland_10627"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69626	"Riverine wetland Albert River catchment_South East Queensland_10627"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69627	"Riverine wetland Albert River catchment_South East Queensland_10627"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69628	"Riverine wetland Albert River catchment_South East Queensland_10628"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69629	"Riverine wetland Albert River catchment_South East Queensland_10628"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69630	"Riverine wetland Albert River catchment_South East Queensland_10628"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69631	"Riverine wetland Albert River catchment_South East Queensland_10628"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69632	"Riverine wetland Albert River catchment_South East Queensland_10628"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69633	"Riverine wetland Albert River catchment_South East Queensland_10629"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69634	"Riverine wetland Albert River catchment_South East Queensland_10629"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69635	"Riverine wetland Albert River catchment_South East Queensland_10629"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69636	"Riverine wetland Albert River catchment_South East Queensland_10629"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69637	"Riverine wetland Albert River catchment_South East Queensland_10629"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69638	"Riverine wetland Albert River catchment_South East Queensland_10630"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69639	"Riverine wetland Albert River catchment_South East Queensland_10630"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69640	"Riverine wetland Albert River catchment_South East Queensland_10630"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69641	"Riverine wetland Albert River catchment_South East Queensland_10630"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69642	"Riverine wetland Albert River catchment_South East Queensland_10630"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69643	"Riverine wetland Albert River catchment_South East Queensland_10631"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69644	"Riverine wetland Albert River catchment_South East Queensland_10631"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69645	"Riverine wetland Albert River catchment_South East Queensland_10631"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69646	"Riverine wetland Albert River catchment_South East Queensland_10631"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69647	"Riverine wetland Albert River catchment_South East Queensland_10631"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69648	"Riverine wetland Albert River catchment_South East Queensland_10632"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69649	"Riverine wetland Albert River catchment_South East Queensland_10632"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69650	"Riverine wetland Albert River catchment_South East Queensland_10632"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69651	"Riverine wetland Albert River catchment_South East Queensland_10632"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69652	"Riverine wetland Albert River catchment_South East Queensland_10632"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69653	"Riverine wetland Albert River catchment_South East Queensland_10633"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69654	"Riverine wetland Albert River catchment_South East Queensland_10633"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69655	"Riverine wetland Albert River catchment_South East Queensland_10633"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69656	"Riverine wetland Albert River catchment_South East Queensland_10633"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69657	"Riverine wetland Albert River catchment_South East Queensland_10633"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69658	"Riverine wetland Albert River catchment_South East Queensland_10634"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69659	"Riverine wetland Albert River catchment_South East Queensland_10634"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69660	"Riverine wetland Albert River catchment_South East Queensland_10634"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69661	"Riverine wetland Albert River catchment_South East Queensland_10634"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69662	"Riverine wetland Albert River catchment_South East Queensland_10634"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69663	"Riverine wetland Albert River catchment_South East Queensland_10635"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69664	"Riverine wetland Albert River catchment_South East Queensland_10635"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69665	"Riverine wetland Albert River catchment_South East Queensland_10635"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69666	"Riverine wetland Albert River catchment_South East Queensland_10635"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69667	"Riverine wetland Albert River catchment_South East Queensland_10635"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69673	"Riverine wetland Bremer River catchment_South East Queensland_10637"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69674	"Riverine wetland Bremer River catchment_South East Queensland_10637"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69675	"Riverine wetland Bremer River catchment_South East Queensland_10637"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69676	"Riverine wetland Bremer River catchment_South East Queensland_10637"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69677	"Riverine wetland Bremer River catchment_South East Queensland_10637"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69678	"Riverine wetland Bremer River catchment_South East Queensland_10637"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69679	"Riverine wetland Bremer River catchment_South East Queensland_10637"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69680	"Riverine wetland Bremer River catchment_South East Queensland_10637"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69681	"Riverine wetland Bremer River catchment_South East Queensland_10637"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69682	"Riverine wetland Bremer River catchment_South East Queensland_10637"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69683	"Riverine wetland Bremer River catchment_South East Queensland_10637"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69684	"Riverine wetland Bremer River catchment_South East Queensland_10637"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69685	"Riverine wetland Albert River catchment_South East Queensland_10638"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69686	"Riverine wetland Albert River catchment_South East Queensland_10638"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69687	"Riverine wetland Albert River catchment_South East Queensland_10638"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69688	"Riverine wetland Albert River catchment_South East Queensland_10638"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69689	"Riverine wetland Albert River catchment_South East Queensland_10638"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69700	"Palustrine wetland Albert River catchment_South East Queensland_10641"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69701	"Palustrine wetland Albert River catchment_South East Queensland_10641"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69702	"Palustrine wetland Albert River catchment_South East Queensland_10641"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69703	"Palustrine wetland Albert River catchment_South East Queensland_10641"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69704	"Palustrine wetland Albert River catchment_South East Queensland_10641"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69705	"Riverine wetland Bremer River catchment_South East Queensland_10642"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69706	"Riverine wetland Bremer River catchment_South East Queensland_10642"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69707	"Riverine wetland Bremer River catchment_South East Queensland_10642"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69708	"Riverine wetland Bremer River catchment_South East Queensland_10642"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69709	"Riverine wetland Bremer River catchment_South East Queensland_10642"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69710	"Riverine wetland Bremer River catchment_South East Queensland_10642"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69711	"Riverine wetland Bremer River catchment_South East Queensland_10642"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69712	"Riverine wetland Bremer River catchment_South East Queensland_10642"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69713	"Riverine wetland Bremer River catchment_South East Queensland_10642"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69714	"Riverine wetland Bremer River catchment_South East Queensland_10642"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69715	"Riverine wetland Bremer River catchment_South East Queensland_10642"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69716	"Riverine wetland Bremer River catchment_South East Queensland_10642"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69722	"Palustrine wetland Albert River catchment_South East Queensland_10644"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69723	"Palustrine wetland Albert River catchment_South East Queensland_10644"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69724	"Palustrine wetland Albert River catchment_South East Queensland_10644"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69725	"Palustrine wetland Albert River catchment_South East Queensland_10644"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69726	"Palustrine wetland Albert River catchment_South East Queensland_10644"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69727	"Palustrine wetland Albert River catchment_South East Queensland_10645"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69728	"Palustrine wetland Albert River catchment_South East Queensland_10645"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69729	"Palustrine wetland Albert River catchment_South East Queensland_10645"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69730	"Palustrine wetland Albert River catchment_South East Queensland_10645"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69731	"Palustrine wetland Albert River catchment_South East Queensland_10645"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69732	"Palustrine wetland Albert River catchment_South East Queensland_10646"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69733	"Palustrine wetland Albert River catchment_South East Queensland_10646"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69734	"Palustrine wetland Albert River catchment_South East Queensland_10646"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69735	"Palustrine wetland Albert River catchment_South East Queensland_10646"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69736	"Palustrine wetland Albert River catchment_South East Queensland_10646"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69742	"Riverine wetland Logan River catchment_South East Queensland_10648"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69743	"Riverine wetland Logan River catchment_South East Queensland_10648"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69744	"Riverine wetland Logan River catchment_South East Queensland_10648"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69745	"Riverine wetland Logan River catchment_South East Queensland_10648"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69746	"Riverine wetland Logan River catchment_South East Queensland_10648"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69747	"Riverine wetland Logan River catchment_South East Queensland_10648"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69748	"Riverine wetland Logan River catchment_South East Queensland_10648"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69749	"Riverine wetland Logan River catchment_South East Queensland_10648"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69750	"Riverine wetland Logan River catchment_South East Queensland_10648"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69756	"Riverine wetland Bremer River catchment_South East Queensland_10650"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69757	"Riverine wetland Bremer River catchment_South East Queensland_10650"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69758	"Riverine wetland Bremer River catchment_South East Queensland_10650"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69759	"Riverine wetland Bremer River catchment_South East Queensland_10650"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69760	"Riverine wetland Bremer River catchment_South East Queensland_10650"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69761	"Riverine wetland Bremer River catchment_South East Queensland_10650"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69762	"Riverine wetland Bremer River catchment_South East Queensland_10650"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69763	"Riverine wetland Bremer River catchment_South East Queensland_10650"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69764	"Riverine wetland Bremer River catchment_South East Queensland_10650"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69770	"Riverine wetland Bremer River catchment_South East Queensland_10652"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69771	"Riverine wetland Bremer River catchment_South East Queensland_10652"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69772	"Riverine wetland Bremer River catchment_South East Queensland_10652"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69773	"Riverine wetland Bremer River catchment_South East Queensland_10652"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69774	"Riverine wetland Bremer River catchment_South East Queensland_10652"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69775	"Riverine wetland Bremer River catchment_South East Queensland_10652"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69776	"Riverine wetland Bremer River catchment_South East Queensland_10652"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69777	"Riverine wetland Bremer River catchment_South East Queensland_10652"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69778	"Riverine wetland Bremer River catchment_South East Queensland_10652"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69784	"Riverine wetland Albert River catchment_South East Queensland_10654"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69785	"Riverine wetland Albert River catchment_South East Queensland_10654"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69786	"Riverine wetland Albert River catchment_South East Queensland_10654"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69787	"Riverine wetland Albert River catchment_South East Queensland_10654"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69788	"Riverine wetland Albert River catchment_South East Queensland_10654"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69789	"Riverine wetland Bremer River catchment_South East Queensland_10655"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69790	"Riverine wetland Bremer River catchment_South East Queensland_10655"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69791	"Riverine wetland Bremer River catchment_South East Queensland_10655"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69792	"Riverine wetland Bremer River catchment_South East Queensland_10655"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69793	"Riverine wetland Bremer River catchment_South East Queensland_10655"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69794	"Riverine wetland Bremer River catchment_South East Queensland_10655"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69795	"Riverine wetland Bremer River catchment_South East Queensland_10655"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69796	"Riverine wetland Bremer River catchment_South East Queensland_10655"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69797	"Riverine wetland Bremer River catchment_South East Queensland_10655"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69798	"Riverine wetland Bremer River catchment_South East Queensland_10655"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69799	"Riverine wetland Bremer River catchment_South East Queensland_10655"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69800	"Riverine wetland Bremer River catchment_South East Queensland_10655"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69801	"Riverine wetland Bremer River catchment_South East Queensland_10656"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69802	"Riverine wetland Bremer River catchment_South East Queensland_10656"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69803	"Riverine wetland Bremer River catchment_South East Queensland_10656"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69804	"Riverine wetland Bremer River catchment_South East Queensland_10656"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69805	"Riverine wetland Bremer River catchment_South East Queensland_10656"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69806	"Riverine wetland Bremer River catchment_South East Queensland_10656"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69807	"Riverine wetland Bremer River catchment_South East Queensland_10656"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69808	"Riverine wetland Bremer River catchment_South East Queensland_10656"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69809	"Riverine wetland Bremer River catchment_South East Queensland_10656"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69810	"Riverine wetland Bremer River catchment_South East Queensland_10656"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69811	"Riverine wetland Bremer River catchment_South East Queensland_10656"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69812	"Riverine wetland Bremer River catchment_South East Queensland_10656"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69813	"Riverine wetland Bremer River catchment_South East Queensland_10657"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69814	"Riverine wetland Bremer River catchment_South East Queensland_10657"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69815	"Riverine wetland Bremer River catchment_South East Queensland_10657"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69816	"Riverine wetland Bremer River catchment_South East Queensland_10657"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69817	"Riverine wetland Bremer River catchment_South East Queensland_10657"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69818	"Riverine wetland Bremer River catchment_South East Queensland_10657"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69819	"Riverine wetland Bremer River catchment_South East Queensland_10657"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69820	"Riverine wetland Bremer River catchment_South East Queensland_10657"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69821	"Riverine wetland Bremer River catchment_South East Queensland_10657"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69822	"Riverine wetland Bremer River catchment_South East Queensland_10657"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69823	"Riverine wetland Bremer River catchment_South East Queensland_10657"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69824	"Riverine wetland Bremer River catchment_South East Queensland_10657"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69825	"Riverine wetland Bremer River catchment_South East Queensland_10658"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69826	"Riverine wetland Bremer River catchment_South East Queensland_10658"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69827	"Riverine wetland Bremer River catchment_South East Queensland_10658"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69828	"Riverine wetland Bremer River catchment_South East Queensland_10658"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69829	"Riverine wetland Bremer River catchment_South East Queensland_10658"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69830	"Riverine wetland Bremer River catchment_South East Queensland_10658"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69831	"Riverine wetland Bremer River catchment_South East Queensland_10658"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69832	"Riverine wetland Bremer River catchment_South East Queensland_10658"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69833	"Riverine wetland Bremer River catchment_South East Queensland_10658"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69834	"Riverine wetland Bremer River catchment_South East Queensland_10658"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69835	"Riverine wetland Bremer River catchment_South East Queensland_10658"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69836	"Riverine wetland Bremer River catchment_South East Queensland_10658"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69837	"Riverine wetland Bremer River catchment_South East Queensland_10659"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69838	"Riverine wetland Bremer River catchment_South East Queensland_10659"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69839	"Riverine wetland Bremer River catchment_South East Queensland_10659"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69840	"Riverine wetland Bremer River catchment_South East Queensland_10659"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69841	"Riverine wetland Bremer River catchment_South East Queensland_10659"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69842	"Riverine wetland Bremer River catchment_South East Queensland_10659"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69843	"Riverine wetland Bremer River catchment_South East Queensland_10659"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69844	"Riverine wetland Bremer River catchment_South East Queensland_10659"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69845	"Riverine wetland Bremer River catchment_South East Queensland_10659"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69846	"Riverine wetland Bremer River catchment_South East Queensland_10659"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69847	"Riverine wetland Bremer River catchment_South East Queensland_10659"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69848	"Riverine wetland Bremer River catchment_South East Queensland_10659"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69849	"Riverine wetland Bremer River catchment_South East Queensland_10660"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69850	"Riverine wetland Bremer River catchment_South East Queensland_10660"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69851	"Riverine wetland Bremer River catchment_South East Queensland_10660"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69852	"Riverine wetland Bremer River catchment_South East Queensland_10660"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69853	"Riverine wetland Bremer River catchment_South East Queensland_10660"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69854	"Riverine wetland Bremer River catchment_South East Queensland_10660"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69855	"Riverine wetland Bremer River catchment_South East Queensland_10660"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69856	"Riverine wetland Bremer River catchment_South East Queensland_10660"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69857	"Riverine wetland Bremer River catchment_South East Queensland_10660"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69858	"Riverine wetland Bremer River catchment_South East Queensland_10660"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69859	"Riverine wetland Bremer River catchment_South East Queensland_10660"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69860	"Riverine wetland Bremer River catchment_South East Queensland_10660"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69861	"Riverine wetland Bremer River catchment_South East Queensland_10661"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69862	"Riverine wetland Bremer River catchment_South East Queensland_10661"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69863	"Riverine wetland Bremer River catchment_South East Queensland_10661"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69864	"Riverine wetland Bremer River catchment_South East Queensland_10661"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69865	"Riverine wetland Bremer River catchment_South East Queensland_10661"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69866	"Riverine wetland Bremer River catchment_South East Queensland_10661"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69867	"Riverine wetland Bremer River catchment_South East Queensland_10661"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69868	"Riverine wetland Bremer River catchment_South East Queensland_10661"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69869	"Riverine wetland Bremer River catchment_South East Queensland_10661"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69870	"Riverine wetland Bremer River catchment_South East Queensland_10661"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69871	"Riverine wetland Bremer River catchment_South East Queensland_10661"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69872	"Riverine wetland Bremer River catchment_South East Queensland_10661"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69873	"Palustrine wetland Logan River catchment_South East Queensland_10662"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69874	"Palustrine wetland Logan River catchment_South East Queensland_10662"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69875	"Palustrine wetland Logan River catchment_South East Queensland_10662"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69876	"Palustrine wetland Logan River catchment_South East Queensland_10662"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69877	"Palustrine wetland Logan River catchment_South East Queensland_10662"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69878	"Palustrine wetland Logan River catchment_South East Queensland_10662"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69879	"Palustrine wetland Logan River catchment_South East Queensland_10662"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69880	"Palustrine wetland Logan River catchment_South East Queensland_10662"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69881	"Palustrine wetland Logan River catchment_South East Queensland_10663"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69882	"Palustrine wetland Logan River catchment_South East Queensland_10663"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69883	"Palustrine wetland Logan River catchment_South East Queensland_10663"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69884	"Palustrine wetland Logan River catchment_South East Queensland_10663"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69885	"Palustrine wetland Logan River catchment_South East Queensland_10663"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69886	"Palustrine wetland Logan River catchment_South East Queensland_10663"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69887	"Palustrine wetland Logan River catchment_South East Queensland_10663"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69888	"Palustrine wetland Logan River catchment_South East Queensland_10663"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69889	"Palustrine wetland Logan River catchment_South East Queensland_10664"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69890	"Palustrine wetland Logan River catchment_South East Queensland_10664"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69891	"Palustrine wetland Logan River catchment_South East Queensland_10664"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69892	"Palustrine wetland Logan River catchment_South East Queensland_10664"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69893	"Palustrine wetland Logan River catchment_South East Queensland_10664"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69894	"Palustrine wetland Logan River catchment_South East Queensland_10664"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69895	"Palustrine wetland Logan River catchment_South East Queensland_10664"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69896	"Palustrine wetland Logan River catchment_South East Queensland_10664"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69897	"Palustrine wetland Logan River catchment_South East Queensland_10665"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69898	"Palustrine wetland Logan River catchment_South East Queensland_10665"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69899	"Palustrine wetland Logan River catchment_South East Queensland_10665"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69900	"Palustrine wetland Logan River catchment_South East Queensland_10665"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69901	"Palustrine wetland Logan River catchment_South East Queensland_10665"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69902	"Palustrine wetland Logan River catchment_South East Queensland_10665"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69903	"Palustrine wetland Logan River catchment_South East Queensland_10665"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69904	"Palustrine wetland Logan River catchment_South East Queensland_10665"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69905	"Riverine wetland Albert River catchment_South East Queensland_10666"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69906	"Riverine wetland Albert River catchment_South East Queensland_10666"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69907	"Riverine wetland Albert River catchment_South East Queensland_10666"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69908	"Riverine wetland Albert River catchment_South East Queensland_10666"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69909	"Riverine wetland Albert River catchment_South East Queensland_10666"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69910	"Riverine wetland Bremer River catchment_South East Queensland_10667"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69911	"Riverine wetland Bremer River catchment_South East Queensland_10667"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69912	"Riverine wetland Bremer River catchment_South East Queensland_10667"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69913	"Riverine wetland Bremer River catchment_South East Queensland_10667"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69914	"Riverine wetland Bremer River catchment_South East Queensland_10667"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69915	"Riverine wetland Bremer River catchment_South East Queensland_10667"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69916	"Riverine wetland Bremer River catchment_South East Queensland_10667"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69917	"Riverine wetland Bremer River catchment_South East Queensland_10667"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69918	"Riverine wetland Bremer River catchment_South East Queensland_10667"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69924	"Riverine wetland Bremer River catchment_South East Queensland_10669"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69925	"Riverine wetland Bremer River catchment_South East Queensland_10669"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69926	"Riverine wetland Bremer River catchment_South East Queensland_10669"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69927	"Riverine wetland Bremer River catchment_South East Queensland_10669"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69928	"Riverine wetland Bremer River catchment_South East Queensland_10669"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69929	"Riverine wetland Bremer River catchment_South East Queensland_10669"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69930	"Riverine wetland Bremer River catchment_South East Queensland_10669"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69931	"Riverine wetland Bremer River catchment_South East Queensland_10669"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69932	"Riverine wetland Bremer River catchment_South East Queensland_10669"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69933	"Palustrine wetland Bremer River catchment_South East Queensland_10670"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69934	"Palustrine wetland Bremer River catchment_South East Queensland_10670"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69935	"Palustrine wetland Bremer River catchment_South East Queensland_10670"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69936	"Palustrine wetland Bremer River catchment_South East Queensland_10670"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69937	"Palustrine wetland Bremer River catchment_South East Queensland_10670"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69938	"Palustrine wetland Bremer River catchment_South East Queensland_10670"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69939	"Palustrine wetland Bremer River catchment_South East Queensland_10670"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69940	"Palustrine wetland Bremer River catchment_South East Queensland_10670"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69941	"Palustrine wetland Bremer River catchment_South East Queensland_10670"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69942	"Palustrine wetland Bremer River catchment_South East Queensland_10670"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69943	"Palustrine wetland Bremer River catchment_South East Queensland_10670"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69944	"Palustrine wetland Bremer River catchment_South East Queensland_10670"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69945	"Riverine wetland Albert River catchment_South East Queensland_10671"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69946	"Riverine wetland Albert River catchment_South East Queensland_10671"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69947	"Riverine wetland Albert River catchment_South East Queensland_10671"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69948	"Riverine wetland Albert River catchment_South East Queensland_10671"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69949	"Riverine wetland Albert River catchment_South East Queensland_10671"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69950	"Riverine wetland Logan River catchment_South East Queensland_10672"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69951	"Riverine wetland Logan River catchment_South East Queensland_10672"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69952	"Riverine wetland Logan River catchment_South East Queensland_10672"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69953	"Riverine wetland Logan River catchment_South East Queensland_10672"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69954	"Riverine wetland Logan River catchment_South East Queensland_10672"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69955	"Riverine wetland Logan River catchment_South East Queensland_10672"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69956	"Riverine wetland Logan River catchment_South East Queensland_10672"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69957	"Riverine wetland Logan River catchment_South East Queensland_10672"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69958	"Riverine wetland Logan River catchment_South East Queensland_10672"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69959	"Riverine wetland Logan River catchment_South East Queensland_10673"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69960	"Riverine wetland Logan River catchment_South East Queensland_10673"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69961	"Riverine wetland Logan River catchment_South East Queensland_10673"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69962	"Riverine wetland Logan River catchment_South East Queensland_10673"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69963	"Riverine wetland Logan River catchment_South East Queensland_10673"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69964	"Riverine wetland Logan River catchment_South East Queensland_10673"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69965	"Riverine wetland Logan River catchment_South East Queensland_10673"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69966	"Riverine wetland Logan River catchment_South East Queensland_10673"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69967	"Riverine wetland Logan River catchment_South East Queensland_10673"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69968	"Riverine wetland Logan River catchment_South East Queensland_10674"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69969	"Riverine wetland Logan River catchment_South East Queensland_10674"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69970	"Riverine wetland Logan River catchment_South East Queensland_10674"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69971	"Riverine wetland Logan River catchment_South East Queensland_10674"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69972	"Riverine wetland Logan River catchment_South East Queensland_10674"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69973	"Riverine wetland Logan River catchment_South East Queensland_10674"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69974	"Riverine wetland Logan River catchment_South East Queensland_10674"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69975	"Riverine wetland Logan River catchment_South East Queensland_10674"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69976	"Riverine wetland Logan River catchment_South East Queensland_10674"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69977	"Riverine wetland Bremer River catchment_South East Queensland_10675"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69978	"Riverine wetland Bremer River catchment_South East Queensland_10675"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69979	"Riverine wetland Bremer River catchment_South East Queensland_10675"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69980	"Riverine wetland Bremer River catchment_South East Queensland_10675"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69981	"Riverine wetland Bremer River catchment_South East Queensland_10675"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69982	"Riverine wetland Bremer River catchment_South East Queensland_10675"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69983	"Riverine wetland Bremer River catchment_South East Queensland_10675"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69984	"Riverine wetland Bremer River catchment_South East Queensland_10675"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69985	"Riverine wetland Bremer River catchment_South East Queensland_10675"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
69991	"Riverine wetland Bremer River catchment_South East Queensland_10677"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
69992	"Riverine wetland Bremer River catchment_South East Queensland_10677"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
69993	"Riverine wetland Bremer River catchment_South East Queensland_10677"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
69994	"Riverine wetland Bremer River catchment_South East Queensland_10677"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
69995	"Riverine wetland Bremer River catchment_South East Queensland_10677"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69996	"Riverine wetland Bremer River catchment_South East Queensland_10677"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
69997	"Riverine wetland Bremer River catchment_South East Queensland_10677"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
69998	"Riverine wetland Bremer River catchment_South East Queensland_10677"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
69999	"Riverine wetland Bremer River catchment_South East Queensland_10677"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70000	"Palustrine wetland Logan River catchment_South East Queensland_10678"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70001	"Palustrine wetland Logan River catchment_South East Queensland_10678"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70002	"Palustrine wetland Logan River catchment_South East Queensland_10678"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70003	"Palustrine wetland Logan River catchment_South East Queensland_10678"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70004	"Palustrine wetland Logan River catchment_South East Queensland_10678"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70005	"Palustrine wetland Logan River catchment_South East Queensland_10678"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70006	"Palustrine wetland Logan River catchment_South East Queensland_10678"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70007	"Palustrine wetland Logan River catchment_South East Queensland_10678"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70008	"Riverine wetland Bremer River catchment_South East Queensland_10679"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70009	"Riverine wetland Bremer River catchment_South East Queensland_10679"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70010	"Riverine wetland Bremer River catchment_South East Queensland_10679"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70011	"Riverine wetland Bremer River catchment_South East Queensland_10679"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70012	"Riverine wetland Bremer River catchment_South East Queensland_10679"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70013	"Riverine wetland Bremer River catchment_South East Queensland_10679"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70014	"Riverine wetland Bremer River catchment_South East Queensland_10679"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70015	"Riverine wetland Bremer River catchment_South East Queensland_10679"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70016	"Riverine wetland Bremer River catchment_South East Queensland_10679"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70017	"Riverine wetland Bremer River catchment_South East Queensland_10680"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70018	"Riverine wetland Bremer River catchment_South East Queensland_10680"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70019	"Riverine wetland Bremer River catchment_South East Queensland_10680"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70020	"Riverine wetland Bremer River catchment_South East Queensland_10680"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70021	"Riverine wetland Bremer River catchment_South East Queensland_10680"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70022	"Riverine wetland Bremer River catchment_South East Queensland_10680"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70023	"Riverine wetland Bremer River catchment_South East Queensland_10680"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70024	"Riverine wetland Bremer River catchment_South East Queensland_10680"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70025	"Riverine wetland Bremer River catchment_South East Queensland_10680"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70036	"Riverine wetland Bremer River catchment_South East Queensland_10683"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70037	"Riverine wetland Bremer River catchment_South East Queensland_10683"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70038	"Riverine wetland Bremer River catchment_South East Queensland_10683"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70039	"Riverine wetland Bremer River catchment_South East Queensland_10683"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70040	"Riverine wetland Bremer River catchment_South East Queensland_10683"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70041	"Riverine wetland Bremer River catchment_South East Queensland_10683"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70042	"Riverine wetland Bremer River catchment_South East Queensland_10683"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70043	"Riverine wetland Bremer River catchment_South East Queensland_10683"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70044	"Riverine wetland Bremer River catchment_South East Queensland_10683"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70045	"Riverine wetland Albert River catchment_South East Queensland_10684"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70046	"Riverine wetland Albert River catchment_South East Queensland_10684"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70047	"Riverine wetland Albert River catchment_South East Queensland_10684"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70048	"Riverine wetland Albert River catchment_South East Queensland_10684"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70049	"Riverine wetland Albert River catchment_South East Queensland_10684"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70050	"Riverine wetland Logan River catchment_South East Queensland_10685"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70051	"Riverine wetland Logan River catchment_South East Queensland_10685"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70052	"Riverine wetland Logan River catchment_South East Queensland_10685"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70053	"Riverine wetland Logan River catchment_South East Queensland_10685"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70054	"Riverine wetland Logan River catchment_South East Queensland_10685"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70055	"Riverine wetland Logan River catchment_South East Queensland_10685"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70056	"Riverine wetland Logan River catchment_South East Queensland_10685"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70057	"Riverine wetland Logan River catchment_South East Queensland_10685"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70058	"Riverine wetland Logan River catchment_South East Queensland_10685"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70059	"Riverine wetland Logan River catchment_South East Queensland_10686"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70060	"Riverine wetland Logan River catchment_South East Queensland_10686"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70061	"Riverine wetland Logan River catchment_South East Queensland_10686"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70062	"Riverine wetland Logan River catchment_South East Queensland_10686"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70063	"Riverine wetland Logan River catchment_South East Queensland_10686"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70064	"Riverine wetland Logan River catchment_South East Queensland_10686"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70065	"Riverine wetland Logan River catchment_South East Queensland_10686"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70066	"Riverine wetland Logan River catchment_South East Queensland_10686"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70067	"Riverine wetland Logan River catchment_South East Queensland_10686"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70068	"Riverine wetland Logan River catchment_South East Queensland_10687"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70069	"Riverine wetland Logan River catchment_South East Queensland_10687"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70070	"Riverine wetland Logan River catchment_South East Queensland_10687"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70071	"Riverine wetland Logan River catchment_South East Queensland_10687"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70072	"Riverine wetland Logan River catchment_South East Queensland_10687"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70073	"Riverine wetland Logan River catchment_South East Queensland_10687"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70074	"Riverine wetland Logan River catchment_South East Queensland_10687"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70075	"Riverine wetland Logan River catchment_South East Queensland_10687"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70076	"Riverine wetland Logan River catchment_South East Queensland_10687"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70077	"Riverine wetland Logan River catchment_South East Queensland_10688"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70078	"Riverine wetland Logan River catchment_South East Queensland_10688"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70079	"Riverine wetland Logan River catchment_South East Queensland_10688"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70080	"Riverine wetland Logan River catchment_South East Queensland_10688"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70081	"Riverine wetland Logan River catchment_South East Queensland_10688"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70082	"Riverine wetland Logan River catchment_South East Queensland_10688"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70083	"Riverine wetland Logan River catchment_South East Queensland_10688"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70084	"Riverine wetland Logan River catchment_South East Queensland_10688"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70085	"Riverine wetland Logan River catchment_South East Queensland_10688"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70086	"Riverine wetland Logan River catchment_South East Queensland_10689"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70087	"Riverine wetland Logan River catchment_South East Queensland_10689"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70088	"Riverine wetland Logan River catchment_South East Queensland_10689"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70089	"Riverine wetland Logan River catchment_South East Queensland_10689"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70090	"Riverine wetland Logan River catchment_South East Queensland_10689"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70091	"Riverine wetland Logan River catchment_South East Queensland_10689"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70092	"Riverine wetland Logan River catchment_South East Queensland_10689"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70093	"Riverine wetland Logan River catchment_South East Queensland_10689"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70094	"Riverine wetland Logan River catchment_South East Queensland_10689"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70095	"Riverine wetland Logan River catchment_South East Queensland_10690"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70096	"Riverine wetland Logan River catchment_South East Queensland_10690"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70097	"Riverine wetland Logan River catchment_South East Queensland_10690"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70098	"Riverine wetland Logan River catchment_South East Queensland_10690"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70099	"Riverine wetland Logan River catchment_South East Queensland_10690"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70100	"Riverine wetland Logan River catchment_South East Queensland_10690"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70101	"Riverine wetland Logan River catchment_South East Queensland_10690"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70102	"Riverine wetland Logan River catchment_South East Queensland_10690"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70103	"Riverine wetland Logan River catchment_South East Queensland_10690"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70104	"Riverine wetland Logan River catchment_South East Queensland_10691"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70105	"Riverine wetland Logan River catchment_South East Queensland_10691"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70106	"Riverine wetland Logan River catchment_South East Queensland_10691"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70107	"Riverine wetland Logan River catchment_South East Queensland_10691"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70108	"Riverine wetland Logan River catchment_South East Queensland_10691"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70109	"Riverine wetland Logan River catchment_South East Queensland_10691"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70110	"Riverine wetland Logan River catchment_South East Queensland_10691"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70111	"Riverine wetland Logan River catchment_South East Queensland_10691"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70112	"Riverine wetland Logan River catchment_South East Queensland_10691"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70113	"Palustrine wetland Bremer River catchment_South East Queensland_10692"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70114	"Palustrine wetland Bremer River catchment_South East Queensland_10692"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70115	"Palustrine wetland Bremer River catchment_South East Queensland_10692"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70116	"Palustrine wetland Bremer River catchment_South East Queensland_10692"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70117	"Palustrine wetland Bremer River catchment_South East Queensland_10692"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70118	"Palustrine wetland Bremer River catchment_South East Queensland_10692"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70119	"Palustrine wetland Bremer River catchment_South East Queensland_10692"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70120	"Palustrine wetland Bremer River catchment_South East Queensland_10692"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70121	"Palustrine wetland Bremer River catchment_South East Queensland_10692"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70132	"Riverine wetland Albert River catchment_South East Queensland_10695"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70133	"Riverine wetland Albert River catchment_South East Queensland_10695"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70134	"Riverine wetland Albert River catchment_South East Queensland_10695"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70135	"Riverine wetland Albert River catchment_South East Queensland_10695"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70136	"Riverine wetland Albert River catchment_South East Queensland_10695"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70137	"Riverine wetland Bremer River catchment_South East Queensland_10696"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70138	"Riverine wetland Bremer River catchment_South East Queensland_10696"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70139	"Riverine wetland Bremer River catchment_South East Queensland_10696"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70140	"Riverine wetland Bremer River catchment_South East Queensland_10696"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70141	"Riverine wetland Bremer River catchment_South East Queensland_10696"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70142	"Riverine wetland Bremer River catchment_South East Queensland_10696"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70143	"Riverine wetland Bremer River catchment_South East Queensland_10696"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70144	"Riverine wetland Bremer River catchment_South East Queensland_10696"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70145	"Riverine wetland Bremer River catchment_South East Queensland_10696"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70146	"Riverine wetland Bremer River catchment_South East Queensland_10697"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70147	"Riverine wetland Bremer River catchment_South East Queensland_10697"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70148	"Riverine wetland Bremer River catchment_South East Queensland_10697"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70149	"Riverine wetland Bremer River catchment_South East Queensland_10697"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70150	"Riverine wetland Bremer River catchment_South East Queensland_10697"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70151	"Riverine wetland Bremer River catchment_South East Queensland_10697"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70152	"Riverine wetland Bremer River catchment_South East Queensland_10697"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70153	"Riverine wetland Bremer River catchment_South East Queensland_10697"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70154	"Riverine wetland Bremer River catchment_South East Queensland_10697"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70155	"Riverine wetland Bremer River catchment_South East Queensland_10698"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70156	"Riverine wetland Bremer River catchment_South East Queensland_10698"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70157	"Riverine wetland Bremer River catchment_South East Queensland_10698"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70158	"Riverine wetland Bremer River catchment_South East Queensland_10698"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70159	"Riverine wetland Bremer River catchment_South East Queensland_10698"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70160	"Riverine wetland Bremer River catchment_South East Queensland_10698"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70161	"Riverine wetland Bremer River catchment_South East Queensland_10698"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70162	"Riverine wetland Bremer River catchment_South East Queensland_10698"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70163	"Riverine wetland Bremer River catchment_South East Queensland_10698"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70164	"Riverine wetland Bremer River catchment_South East Queensland_10699"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70165	"Riverine wetland Bremer River catchment_South East Queensland_10699"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70166	"Riverine wetland Bremer River catchment_South East Queensland_10699"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70167	"Riverine wetland Bremer River catchment_South East Queensland_10699"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70168	"Riverine wetland Bremer River catchment_South East Queensland_10699"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70169	"Riverine wetland Bremer River catchment_South East Queensland_10699"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70170	"Riverine wetland Bremer River catchment_South East Queensland_10699"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70171	"Riverine wetland Bremer River catchment_South East Queensland_10699"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70172	"Riverine wetland Bremer River catchment_South East Queensland_10699"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70183	"Riverine wetland Bremer River catchment_South East Queensland_10702"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70184	"Riverine wetland Bremer River catchment_South East Queensland_10702"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70185	"Riverine wetland Bremer River catchment_South East Queensland_10702"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70186	"Riverine wetland Bremer River catchment_South East Queensland_10702"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70187	"Riverine wetland Bremer River catchment_South East Queensland_10702"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70188	"Riverine wetland Bremer River catchment_South East Queensland_10702"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70189	"Riverine wetland Bremer River catchment_South East Queensland_10702"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70190	"Riverine wetland Bremer River catchment_South East Queensland_10702"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70191	"Riverine wetland Bremer River catchment_South East Queensland_10702"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70192	"Palustrine wetland Logan River catchment_South East Queensland_10703"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70193	"Palustrine wetland Logan River catchment_South East Queensland_10703"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70194	"Palustrine wetland Logan River catchment_South East Queensland_10703"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70195	"Palustrine wetland Logan River catchment_South East Queensland_10703"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70196	"Palustrine wetland Logan River catchment_South East Queensland_10703"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70202	"Riverine wetland Albert River catchment_South East Queensland_10705"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70203	"Riverine wetland Albert River catchment_South East Queensland_10705"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70204	"Riverine wetland Albert River catchment_South East Queensland_10705"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70205	"Riverine wetland Albert River catchment_South East Queensland_10705"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70206	"Riverine wetland Albert River catchment_South East Queensland_10705"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70207	"Riverine wetland Albert River catchment_South East Queensland_10705"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70208	"Riverine wetland Albert River catchment_South East Queensland_10705"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70209	"Riverine wetland Albert River catchment_South East Queensland_10705"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70210	"Riverine wetland Albert River catchment_South East Queensland_10705"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70211	"Riverine wetland Logan River catchment_South East Queensland_10706"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70212	"Riverine wetland Logan River catchment_South East Queensland_10706"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70213	"Riverine wetland Logan River catchment_South East Queensland_10706"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70214	"Riverine wetland Logan River catchment_South East Queensland_10706"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70215	"Riverine wetland Logan River catchment_South East Queensland_10706"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70216	"Riverine wetland Logan River catchment_South East Queensland_10706"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70217	"Riverine wetland Logan River catchment_South East Queensland_10706"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70218	"Riverine wetland Logan River catchment_South East Queensland_10706"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70219	"Riverine wetland Logan River catchment_South East Queensland_10706"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70270	"Riverine wetland Bremer River catchment_South East Queensland_10717"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70271	"Riverine wetland Bremer River catchment_South East Queensland_10717"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70272	"Riverine wetland Bremer River catchment_South East Queensland_10717"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70273	"Riverine wetland Bremer River catchment_South East Queensland_10717"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70274	"Riverine wetland Bremer River catchment_South East Queensland_10717"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70275	"Riverine wetland Bremer River catchment_South East Queensland_10717"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70276	"Riverine wetland Bremer River catchment_South East Queensland_10717"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70277	"Riverine wetland Bremer River catchment_South East Queensland_10717"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70278	"Riverine wetland Bremer River catchment_South East Queensland_10717"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70279	"Riverine wetland Bremer River catchment_South East Queensland_10717"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70280	"Riverine wetland Bremer River catchment_South East Queensland_10717"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70281	"Riverine wetland Bremer River catchment_South East Queensland_10717"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70282	"Riverine wetland Bremer River catchment_South East Queensland_10718"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70283	"Riverine wetland Bremer River catchment_South East Queensland_10718"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70284	"Riverine wetland Bremer River catchment_South East Queensland_10718"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70285	"Riverine wetland Bremer River catchment_South East Queensland_10718"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70286	"Riverine wetland Bremer River catchment_South East Queensland_10718"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70287	"Riverine wetland Bremer River catchment_South East Queensland_10718"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70288	"Riverine wetland Bremer River catchment_South East Queensland_10718"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70289	"Riverine wetland Bremer River catchment_South East Queensland_10718"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70290	"Riverine wetland Bremer River catchment_South East Queensland_10718"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70291	"Riverine wetland Bremer River catchment_South East Queensland_10718"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70292	"Riverine wetland Bremer River catchment_South East Queensland_10718"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70293	"Riverine wetland Bremer River catchment_South East Queensland_10718"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70294	"Riverine wetland Bremer River catchment_South East Queensland_10719"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70295	"Riverine wetland Bremer River catchment_South East Queensland_10719"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70296	"Riverine wetland Bremer River catchment_South East Queensland_10719"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70297	"Riverine wetland Bremer River catchment_South East Queensland_10719"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70298	"Riverine wetland Bremer River catchment_South East Queensland_10719"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70299	"Riverine wetland Bremer River catchment_South East Queensland_10719"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70300	"Riverine wetland Bremer River catchment_South East Queensland_10719"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70301	"Riverine wetland Bremer River catchment_South East Queensland_10719"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70302	"Riverine wetland Bremer River catchment_South East Queensland_10719"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70303	"Riverine wetland Bremer River catchment_South East Queensland_10719"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70304	"Riverine wetland Bremer River catchment_South East Queensland_10719"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70305	"Riverine wetland Bremer River catchment_South East Queensland_10719"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70306	"Riverine wetland Bremer River catchment_South East Queensland_10720"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70307	"Riverine wetland Bremer River catchment_South East Queensland_10720"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70308	"Riverine wetland Bremer River catchment_South East Queensland_10720"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70309	"Riverine wetland Bremer River catchment_South East Queensland_10720"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70310	"Riverine wetland Bremer River catchment_South East Queensland_10720"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70311	"Riverine wetland Bremer River catchment_South East Queensland_10720"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70312	"Riverine wetland Bremer River catchment_South East Queensland_10720"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70313	"Riverine wetland Bremer River catchment_South East Queensland_10720"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70314	"Riverine wetland Bremer River catchment_South East Queensland_10720"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70315	"Riverine wetland Bremer River catchment_South East Queensland_10720"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70316	"Riverine wetland Bremer River catchment_South East Queensland_10720"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70317	"Riverine wetland Bremer River catchment_South East Queensland_10720"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70318	"Riverine wetland Bremer River catchment_South East Queensland_10721"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70319	"Riverine wetland Bremer River catchment_South East Queensland_10721"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70320	"Riverine wetland Bremer River catchment_South East Queensland_10721"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70321	"Riverine wetland Bremer River catchment_South East Queensland_10721"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70322	"Riverine wetland Bremer River catchment_South East Queensland_10721"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70323	"Riverine wetland Bremer River catchment_South East Queensland_10721"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70324	"Riverine wetland Bremer River catchment_South East Queensland_10721"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70325	"Riverine wetland Bremer River catchment_South East Queensland_10721"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70326	"Riverine wetland Bremer River catchment_South East Queensland_10721"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70327	"Riverine wetland Bremer River catchment_South East Queensland_10721"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70328	"Riverine wetland Bremer River catchment_South East Queensland_10721"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70329	"Riverine wetland Bremer River catchment_South East Queensland_10721"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70330	"Riverine wetland Bremer River catchment_South East Queensland_10722"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70331	"Riverine wetland Bremer River catchment_South East Queensland_10722"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70332	"Riverine wetland Bremer River catchment_South East Queensland_10722"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70333	"Riverine wetland Bremer River catchment_South East Queensland_10722"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70334	"Riverine wetland Bremer River catchment_South East Queensland_10722"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70335	"Riverine wetland Bremer River catchment_South East Queensland_10722"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70336	"Riverine wetland Bremer River catchment_South East Queensland_10722"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70337	"Riverine wetland Bremer River catchment_South East Queensland_10722"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70338	"Riverine wetland Bremer River catchment_South East Queensland_10722"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70339	"Riverine wetland Bremer River catchment_South East Queensland_10722"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70340	"Riverine wetland Bremer River catchment_South East Queensland_10722"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70341	"Riverine wetland Bremer River catchment_South East Queensland_10722"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70347	"Palustrine wetland Logan River catchment_South East Queensland_10724"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70348	"Palustrine wetland Logan River catchment_South East Queensland_10724"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70349	"Palustrine wetland Logan River catchment_South East Queensland_10724"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70350	"Palustrine wetland Logan River catchment_South East Queensland_10724"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70351	"Palustrine wetland Logan River catchment_South East Queensland_10724"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70352	"Palustrine wetland Logan River catchment_South East Queensland_10724"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70353	"Palustrine wetland Logan River catchment_South East Queensland_10724"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70354	"Palustrine wetland Logan River catchment_South East Queensland_10724"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70355	"Palustrine wetland Logan River catchment_South East Queensland_10724"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70356	"Palustrine wetland Logan River catchment_South East Queensland_10725"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70357	"Palustrine wetland Logan River catchment_South East Queensland_10725"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70358	"Palustrine wetland Logan River catchment_South East Queensland_10725"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70359	"Palustrine wetland Logan River catchment_South East Queensland_10725"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70360	"Palustrine wetland Logan River catchment_South East Queensland_10725"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70371	"Riverine wetland Albert River catchment_South East Queensland_10728"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70372	"Riverine wetland Albert River catchment_South East Queensland_10728"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70373	"Riverine wetland Albert River catchment_South East Queensland_10728"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70374	"Riverine wetland Albert River catchment_South East Queensland_10728"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70375	"Riverine wetland Albert River catchment_South East Queensland_10728"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70376	"Riverine wetland Albert River catchment_South East Queensland_10728"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70377	"Riverine wetland Albert River catchment_South East Queensland_10728"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70378	"Riverine wetland Albert River catchment_South East Queensland_10728"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70379	"Riverine wetland Albert River catchment_South East Queensland_10728"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70385	"Riverine wetland Albert River catchment_South East Queensland_10730"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70386	"Riverine wetland Albert River catchment_South East Queensland_10730"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70387	"Riverine wetland Albert River catchment_South East Queensland_10730"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70388	"Riverine wetland Albert River catchment_South East Queensland_10730"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70389	"Riverine wetland Albert River catchment_South East Queensland_10730"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70395	"Palustrine wetland Logan River catchment_South East Queensland_10732"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70396	"Palustrine wetland Logan River catchment_South East Queensland_10732"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70397	"Palustrine wetland Logan River catchment_South East Queensland_10732"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70398	"Palustrine wetland Logan River catchment_South East Queensland_10732"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70399	"Palustrine wetland Logan River catchment_South East Queensland_10732"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70400	"Palustrine wetland Logan River catchment_South East Queensland_10732"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70401	"Palustrine wetland Logan River catchment_South East Queensland_10732"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70402	"Palustrine wetland Logan River catchment_South East Queensland_10732"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70403	"Palustrine wetland Logan River catchment_South East Queensland_10733"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70404	"Palustrine wetland Logan River catchment_South East Queensland_10733"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70405	"Palustrine wetland Logan River catchment_South East Queensland_10733"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70406	"Palustrine wetland Logan River catchment_South East Queensland_10733"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70407	"Palustrine wetland Logan River catchment_South East Queensland_10733"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70408	"Palustrine wetland Logan River catchment_South East Queensland_10733"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70409	"Palustrine wetland Logan River catchment_South East Queensland_10733"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70410	"Palustrine wetland Logan River catchment_South East Queensland_10733"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70411	"Riverine wetland Bremer River catchment_South East Queensland_10734"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70412	"Riverine wetland Bremer River catchment_South East Queensland_10734"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70413	"Riverine wetland Bremer River catchment_South East Queensland_10734"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70414	"Riverine wetland Bremer River catchment_South East Queensland_10734"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70415	"Riverine wetland Bremer River catchment_South East Queensland_10734"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70416	"Riverine wetland Bremer River catchment_South East Queensland_10734"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70417	"Riverine wetland Bremer River catchment_South East Queensland_10734"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70418	"Riverine wetland Bremer River catchment_South East Queensland_10734"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70419	"Riverine wetland Bremer River catchment_South East Queensland_10734"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70420	"Riverine wetland Albert River catchment_South East Queensland_10735"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70421	"Riverine wetland Albert River catchment_South East Queensland_10735"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70422	"Riverine wetland Albert River catchment_South East Queensland_10735"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70423	"Riverine wetland Albert River catchment_South East Queensland_10735"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70424	"Riverine wetland Albert River catchment_South East Queensland_10735"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70425	"Riverine wetland Albert River catchment_South East Queensland_10736"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70426	"Riverine wetland Albert River catchment_South East Queensland_10736"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70427	"Riverine wetland Albert River catchment_South East Queensland_10736"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70428	"Riverine wetland Albert River catchment_South East Queensland_10736"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70429	"Riverine wetland Albert River catchment_South East Queensland_10736"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70435	"Riverine wetland Logan River catchment_South East Queensland_10738"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70436	"Riverine wetland Logan River catchment_South East Queensland_10738"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70437	"Riverine wetland Logan River catchment_South East Queensland_10738"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70438	"Riverine wetland Logan River catchment_South East Queensland_10738"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70439	"Riverine wetland Logan River catchment_South East Queensland_10738"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70440	"Riverine wetland Logan River catchment_South East Queensland_10738"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70441	"Riverine wetland Logan River catchment_South East Queensland_10738"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70442	"Riverine wetland Logan River catchment_South East Queensland_10738"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70443	"Riverine wetland Logan River catchment_South East Queensland_10738"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70444	"Riverine wetland Albert River catchment_South East Queensland_10739"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70445	"Riverine wetland Albert River catchment_South East Queensland_10739"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70446	"Riverine wetland Albert River catchment_South East Queensland_10739"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70447	"Riverine wetland Albert River catchment_South East Queensland_10739"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70448	"Riverine wetland Albert River catchment_South East Queensland_10739"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70449	"Riverine wetland Albert River catchment_South East Queensland_10739"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70450	"Riverine wetland Albert River catchment_South East Queensland_10739"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70451	"Riverine wetland Albert River catchment_South East Queensland_10739"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70452	"Riverine wetland Albert River catchment_South East Queensland_10739"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70453	"Riverine wetland Albert River catchment_South East Queensland_10740"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70454	"Riverine wetland Albert River catchment_South East Queensland_10740"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70455	"Riverine wetland Albert River catchment_South East Queensland_10740"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70456	"Riverine wetland Albert River catchment_South East Queensland_10740"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70457	"Riverine wetland Albert River catchment_South East Queensland_10740"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70458	"Riverine wetland Albert River catchment_South East Queensland_10740"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70459	"Riverine wetland Albert River catchment_South East Queensland_10740"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70460	"Riverine wetland Albert River catchment_South East Queensland_10740"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70461	"Riverine wetland Albert River catchment_South East Queensland_10740"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70462	"Riverine wetland Albert River catchment_South East Queensland_10741"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70463	"Riverine wetland Albert River catchment_South East Queensland_10741"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70464	"Riverine wetland Albert River catchment_South East Queensland_10741"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70465	"Riverine wetland Albert River catchment_South East Queensland_10741"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70466	"Riverine wetland Albert River catchment_South East Queensland_10741"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70467	"Riverine wetland Albert River catchment_South East Queensland_10741"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70468	"Riverine wetland Albert River catchment_South East Queensland_10741"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70469	"Riverine wetland Albert River catchment_South East Queensland_10741"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70470	"Riverine wetland Albert River catchment_South East Queensland_10741"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70506	"Riverine wetland Logan River catchment_South East Queensland_10749"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70507	"Riverine wetland Logan River catchment_South East Queensland_10749"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70508	"Riverine wetland Logan River catchment_South East Queensland_10749"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70509	"Riverine wetland Logan River catchment_South East Queensland_10749"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70510	"Riverine wetland Logan River catchment_South East Queensland_10749"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70511	"Riverine wetland Logan River catchment_South East Queensland_10749"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70512	"Riverine wetland Logan River catchment_South East Queensland_10749"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70513	"Riverine wetland Logan River catchment_South East Queensland_10749"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70514	"Riverine wetland Logan River catchment_South East Queensland_10749"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70515	"Riverine wetland Albert River catchment_South East Queensland_10750"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70516	"Riverine wetland Albert River catchment_South East Queensland_10750"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70517	"Riverine wetland Albert River catchment_South East Queensland_10750"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70518	"Riverine wetland Albert River catchment_South East Queensland_10750"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70519	"Riverine wetland Albert River catchment_South East Queensland_10750"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70520	"Riverine wetland Logan River catchment_South East Queensland_10751"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70521	"Riverine wetland Logan River catchment_South East Queensland_10751"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70522	"Riverine wetland Logan River catchment_South East Queensland_10751"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70523	"Riverine wetland Logan River catchment_South East Queensland_10751"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70524	"Riverine wetland Logan River catchment_South East Queensland_10751"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70525	"Riverine wetland Logan River catchment_South East Queensland_10751"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70526	"Riverine wetland Logan River catchment_South East Queensland_10751"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70527	"Riverine wetland Logan River catchment_South East Queensland_10751"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70528	"Riverine wetland Logan River catchment_South East Queensland_10751"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70529	"Riverine wetland Albert River catchment_South East Queensland_10752"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70530	"Riverine wetland Albert River catchment_South East Queensland_10752"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70531	"Riverine wetland Albert River catchment_South East Queensland_10752"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70532	"Riverine wetland Albert River catchment_South East Queensland_10752"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70533	"Riverine wetland Albert River catchment_South East Queensland_10752"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70539	"Riverine wetland Albert River catchment_South East Queensland_10754"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70540	"Riverine wetland Albert River catchment_South East Queensland_10754"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70541	"Riverine wetland Albert River catchment_South East Queensland_10754"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70542	"Riverine wetland Albert River catchment_South East Queensland_10754"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70543	"Riverine wetland Albert River catchment_South East Queensland_10754"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70544	"Riverine wetland Logan River catchment_South East Queensland_10755"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70545	"Riverine wetland Logan River catchment_South East Queensland_10755"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70546	"Riverine wetland Logan River catchment_South East Queensland_10755"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70547	"Riverine wetland Logan River catchment_South East Queensland_10755"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70548	"Riverine wetland Logan River catchment_South East Queensland_10755"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70549	"Riverine wetland Logan River catchment_South East Queensland_10755"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70550	"Riverine wetland Logan River catchment_South East Queensland_10755"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70551	"Riverine wetland Logan River catchment_South East Queensland_10755"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70552	"Riverine wetland Logan River catchment_South East Queensland_10755"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70553	"Palustrine wetland Albert River catchment_South East Queensland_10756"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70554	"Palustrine wetland Albert River catchment_South East Queensland_10756"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70555	"Palustrine wetland Albert River catchment_South East Queensland_10756"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70556	"Palustrine wetland Albert River catchment_South East Queensland_10756"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70557	"Palustrine wetland Albert River catchment_South East Queensland_10756"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70558	"Palustrine wetland Albert River catchment_South East Queensland_10756"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70559	"Palustrine wetland Albert River catchment_South East Queensland_10756"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70560	"Palustrine wetland Albert River catchment_South East Queensland_10756"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70561	"Palustrine wetland Albert River catchment_South East Queensland_10756"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70562	"Riverine wetland Albert River catchment_South East Queensland_10757"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70563	"Riverine wetland Albert River catchment_South East Queensland_10757"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70564	"Riverine wetland Albert River catchment_South East Queensland_10757"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70565	"Riverine wetland Albert River catchment_South East Queensland_10757"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70566	"Riverine wetland Albert River catchment_South East Queensland_10757"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70567	"Riverine wetland Logan River catchment_South East Queensland_10758"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70568	"Riverine wetland Logan River catchment_South East Queensland_10758"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70569	"Riverine wetland Logan River catchment_South East Queensland_10758"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70570	"Riverine wetland Logan River catchment_South East Queensland_10758"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70571	"Riverine wetland Logan River catchment_South East Queensland_10758"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70572	"Riverine wetland Logan River catchment_South East Queensland_10758"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70573	"Riverine wetland Logan River catchment_South East Queensland_10758"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70574	"Riverine wetland Logan River catchment_South East Queensland_10758"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70575	"Riverine wetland Logan River catchment_South East Queensland_10758"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70576	"Riverine wetland Logan River catchment_South East Queensland_10758"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70577	"Riverine wetland Logan River catchment_South East Queensland_10758"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70578	"Riverine wetland Logan River catchment_South East Queensland_10758"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70584	"Riverine wetland Logan River catchment_South East Queensland_10760"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70585	"Riverine wetland Logan River catchment_South East Queensland_10760"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70586	"Riverine wetland Logan River catchment_South East Queensland_10760"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70587	"Riverine wetland Logan River catchment_South East Queensland_10760"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70588	"Riverine wetland Logan River catchment_South East Queensland_10760"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70589	"Riverine wetland Logan River catchment_South East Queensland_10760"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70590	"Riverine wetland Logan River catchment_South East Queensland_10760"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70591	"Riverine wetland Logan River catchment_South East Queensland_10760"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70592	"Riverine wetland Logan River catchment_South East Queensland_10760"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70598	"Riverine wetland Logan River catchment_South East Queensland_10762"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70599	"Riverine wetland Logan River catchment_South East Queensland_10762"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70600	"Riverine wetland Logan River catchment_South East Queensland_10762"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70601	"Riverine wetland Logan River catchment_South East Queensland_10762"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70602	"Riverine wetland Logan River catchment_South East Queensland_10762"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70603	"Riverine wetland Logan River catchment_South East Queensland_10762"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70604	"Riverine wetland Logan River catchment_South East Queensland_10762"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70605	"Riverine wetland Logan River catchment_South East Queensland_10762"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70606	"Riverine wetland Logan River catchment_South East Queensland_10762"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70607	"Riverine wetland Logan River catchment_South East Queensland_10763"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70608	"Riverine wetland Logan River catchment_South East Queensland_10763"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70609	"Riverine wetland Logan River catchment_South East Queensland_10763"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70610	"Riverine wetland Logan River catchment_South East Queensland_10763"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70611	"Riverine wetland Logan River catchment_South East Queensland_10763"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70612	"Riverine wetland Logan River catchment_South East Queensland_10763"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70613	"Riverine wetland Logan River catchment_South East Queensland_10763"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70614	"Riverine wetland Logan River catchment_South East Queensland_10763"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70615	"Riverine wetland Logan River catchment_South East Queensland_10763"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70616	"Riverine wetland Albert River catchment_South East Queensland_10764"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70617	"Riverine wetland Albert River catchment_South East Queensland_10764"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70618	"Riverine wetland Albert River catchment_South East Queensland_10764"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70619	"Riverine wetland Albert River catchment_South East Queensland_10764"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70620	"Riverine wetland Albert River catchment_South East Queensland_10764"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70621	"Riverine wetland Albert River catchment_South East Queensland_10764"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70622	"Riverine wetland Albert River catchment_South East Queensland_10764"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70623	"Riverine wetland Albert River catchment_South East Queensland_10764"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70624	"Riverine wetland Albert River catchment_South East Queensland_10764"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70635	"Riverine wetland Albert River catchment_South East Queensland_10767"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70636	"Riverine wetland Albert River catchment_South East Queensland_10767"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70637	"Riverine wetland Albert River catchment_South East Queensland_10767"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70638	"Riverine wetland Albert River catchment_South East Queensland_10767"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70639	"Riverine wetland Albert River catchment_South East Queensland_10767"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70640	"Riverine wetland Logan River catchment_South East Queensland_10768"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70641	"Riverine wetland Logan River catchment_South East Queensland_10768"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70642	"Riverine wetland Logan River catchment_South East Queensland_10768"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70643	"Riverine wetland Logan River catchment_South East Queensland_10768"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70644	"Riverine wetland Logan River catchment_South East Queensland_10768"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70645	"Riverine wetland Logan River catchment_South East Queensland_10768"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70646	"Riverine wetland Logan River catchment_South East Queensland_10768"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70647	"Riverine wetland Logan River catchment_South East Queensland_10768"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70648	"Riverine wetland Logan River catchment_South East Queensland_10768"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70649	"Palustrine wetland Albert River catchment_South East Queensland_10769"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70650	"Palustrine wetland Albert River catchment_South East Queensland_10769"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70651	"Palustrine wetland Albert River catchment_South East Queensland_10769"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70652	"Palustrine wetland Albert River catchment_South East Queensland_10769"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70653	"Palustrine wetland Albert River catchment_South East Queensland_10769"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70654	"Palustrine wetland Albert River catchment_South East Queensland_10769"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70655	"Palustrine wetland Albert River catchment_South East Queensland_10769"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70656	"Palustrine wetland Albert River catchment_South East Queensland_10769"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70657	"Palustrine wetland Albert River catchment_South East Queensland_10769"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70658	"Riverine wetland Albert River catchment_South East Queensland_10770"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70659	"Riverine wetland Albert River catchment_South East Queensland_10770"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70660	"Riverine wetland Albert River catchment_South East Queensland_10770"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70661	"Riverine wetland Albert River catchment_South East Queensland_10770"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70662	"Riverine wetland Albert River catchment_South East Queensland_10770"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70663	"Riverine wetland Albert River catchment_South East Queensland_10771"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70664	"Riverine wetland Albert River catchment_South East Queensland_10771"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70665	"Riverine wetland Albert River catchment_South East Queensland_10771"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70666	"Riverine wetland Albert River catchment_South East Queensland_10771"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70667	"Riverine wetland Albert River catchment_South East Queensland_10771"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70668	"Riverine wetland Logan River catchment_South East Queensland_10772"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70669	"Riverine wetland Logan River catchment_South East Queensland_10772"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70670	"Riverine wetland Logan River catchment_South East Queensland_10772"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70671	"Riverine wetland Logan River catchment_South East Queensland_10772"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70672	"Riverine wetland Logan River catchment_South East Queensland_10772"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70673	"Riverine wetland Logan River catchment_South East Queensland_10772"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70674	"Riverine wetland Logan River catchment_South East Queensland_10772"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70675	"Riverine wetland Logan River catchment_South East Queensland_10772"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70676	"Riverine wetland Logan River catchment_South East Queensland_10772"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70677	"Riverine wetland Logan River catchment_South East Queensland_10772"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70678	"Riverine wetland Logan River catchment_South East Queensland_10772"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70679	"Riverine wetland Logan River catchment_South East Queensland_10772"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70680	"Riverine wetland Albert River catchment_South East Queensland_10773"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70681	"Riverine wetland Albert River catchment_South East Queensland_10773"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70682	"Riverine wetland Albert River catchment_South East Queensland_10773"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70683	"Riverine wetland Albert River catchment_South East Queensland_10773"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70684	"Riverine wetland Albert River catchment_South East Queensland_10773"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70685	"Riverine wetland Albert River catchment_South East Queensland_10774"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70686	"Riverine wetland Albert River catchment_South East Queensland_10774"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70687	"Riverine wetland Albert River catchment_South East Queensland_10774"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70688	"Riverine wetland Albert River catchment_South East Queensland_10774"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70689	"Riverine wetland Albert River catchment_South East Queensland_10774"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70690	"Riverine wetland Albert River catchment_South East Queensland_10775"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70691	"Riverine wetland Albert River catchment_South East Queensland_10775"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70692	"Riverine wetland Albert River catchment_South East Queensland_10775"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70693	"Riverine wetland Albert River catchment_South East Queensland_10775"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70694	"Riverine wetland Albert River catchment_South East Queensland_10775"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70695	"Riverine wetland Albert River catchment_South East Queensland_10776"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70696	"Riverine wetland Albert River catchment_South East Queensland_10776"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70697	"Riverine wetland Albert River catchment_South East Queensland_10776"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70698	"Riverine wetland Albert River catchment_South East Queensland_10776"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70699	"Riverine wetland Albert River catchment_South East Queensland_10776"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70700	"Riverine wetland Logan River catchment_South East Queensland_10777"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70701	"Riverine wetland Logan River catchment_South East Queensland_10777"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70702	"Riverine wetland Logan River catchment_South East Queensland_10777"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70703	"Riverine wetland Logan River catchment_South East Queensland_10777"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70704	"Riverine wetland Logan River catchment_South East Queensland_10777"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70705	"Riverine wetland Logan River catchment_South East Queensland_10777"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70706	"Riverine wetland Logan River catchment_South East Queensland_10777"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70707	"Riverine wetland Logan River catchment_South East Queensland_10777"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70708	"Riverine wetland Logan River catchment_South East Queensland_10777"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70709	"Riverine wetland Logan River catchment_South East Queensland_10777"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70710	"Riverine wetland Logan River catchment_South East Queensland_10777"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70711	"Riverine wetland Logan River catchment_South East Queensland_10777"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70717	"Riverine wetland Albert River catchment_South East Queensland_10779"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70718	"Riverine wetland Albert River catchment_South East Queensland_10779"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70719	"Riverine wetland Albert River catchment_South East Queensland_10779"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70720	"Riverine wetland Albert River catchment_South East Queensland_10779"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70721	"Riverine wetland Albert River catchment_South East Queensland_10779"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70722	"Riverine wetland Albert River catchment_South East Queensland_10780"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70723	"Riverine wetland Albert River catchment_South East Queensland_10780"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70724	"Riverine wetland Albert River catchment_South East Queensland_10780"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70725	"Riverine wetland Albert River catchment_South East Queensland_10780"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70726	"Riverine wetland Albert River catchment_South East Queensland_10780"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70727	"Riverine wetland Albert River catchment_South East Queensland_10780"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70728	"Riverine wetland Albert River catchment_South East Queensland_10780"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70729	"Riverine wetland Albert River catchment_South East Queensland_10780"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70730	"Riverine wetland Albert River catchment_South East Queensland_10780"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70731	"Riverine wetland Albert River catchment_South East Queensland_10781"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70732	"Riverine wetland Albert River catchment_South East Queensland_10781"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70733	"Riverine wetland Albert River catchment_South East Queensland_10781"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70734	"Riverine wetland Albert River catchment_South East Queensland_10781"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70735	"Riverine wetland Albert River catchment_South East Queensland_10781"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70736	"Riverine wetland Albert River catchment_South East Queensland_10781"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70737	"Riverine wetland Albert River catchment_South East Queensland_10781"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70738	"Riverine wetland Albert River catchment_South East Queensland_10781"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70739	"Riverine wetland Albert River catchment_South East Queensland_10781"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70785	"Riverine wetland Logan River catchment_South East Queensland_10791"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70786	"Riverine wetland Logan River catchment_South East Queensland_10791"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70787	"Riverine wetland Logan River catchment_South East Queensland_10791"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70788	"Riverine wetland Logan River catchment_South East Queensland_10791"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70789	"Riverine wetland Logan River catchment_South East Queensland_10791"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70790	"Riverine wetland Logan River catchment_South East Queensland_10791"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70791	"Riverine wetland Logan River catchment_South East Queensland_10791"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70792	"Riverine wetland Logan River catchment_South East Queensland_10791"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70793	"Riverine wetland Logan River catchment_South East Queensland_10791"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70794	"Riverine wetland Logan River catchment_South East Queensland_10791"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70795	"Riverine wetland Logan River catchment_South East Queensland_10791"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70796	"Riverine wetland Logan River catchment_South East Queensland_10791"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70797	"Palustrine wetland Bremer River catchment_South East Queensland_10792"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70798	"Palustrine wetland Bremer River catchment_South East Queensland_10792"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70799	"Palustrine wetland Bremer River catchment_South East Queensland_10792"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70800	"Palustrine wetland Bremer River catchment_South East Queensland_10792"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70801	"Palustrine wetland Bremer River catchment_South East Queensland_10792"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70802	"Palustrine wetland Bremer River catchment_South East Queensland_10792"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70803	"Palustrine wetland Bremer River catchment_South East Queensland_10792"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70804	"Palustrine wetland Bremer River catchment_South East Queensland_10792"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70805	"Palustrine wetland Bremer River catchment_South East Queensland_10792"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70811	"Riverine wetland Albert River catchment_South East Queensland_10794"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70812	"Riverine wetland Albert River catchment_South East Queensland_10794"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70813	"Riverine wetland Albert River catchment_South East Queensland_10794"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70814	"Riverine wetland Albert River catchment_South East Queensland_10794"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70815	"Riverine wetland Albert River catchment_South East Queensland_10794"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70816	"Riverine wetland Albert River catchment_South East Queensland_10795"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70817	"Riverine wetland Albert River catchment_South East Queensland_10795"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70818	"Riverine wetland Albert River catchment_South East Queensland_10795"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70819	"Riverine wetland Albert River catchment_South East Queensland_10795"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70820	"Riverine wetland Albert River catchment_South East Queensland_10795"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70821	"Riverine wetland Albert River catchment_South East Queensland_10796"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70822	"Riverine wetland Albert River catchment_South East Queensland_10796"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70823	"Riverine wetland Albert River catchment_South East Queensland_10796"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70824	"Riverine wetland Albert River catchment_South East Queensland_10796"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70825	"Riverine wetland Albert River catchment_South East Queensland_10796"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70826	"Riverine wetland Albert River catchment_South East Queensland_10797"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70827	"Riverine wetland Albert River catchment_South East Queensland_10797"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70828	"Riverine wetland Albert River catchment_South East Queensland_10797"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70829	"Riverine wetland Albert River catchment_South East Queensland_10797"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70830	"Riverine wetland Albert River catchment_South East Queensland_10797"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70841	"Riverine wetland Albert River catchment_South East Queensland_10800"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70842	"Riverine wetland Albert River catchment_South East Queensland_10800"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70843	"Riverine wetland Albert River catchment_South East Queensland_10800"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70844	"Riverine wetland Albert River catchment_South East Queensland_10800"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70845	"Riverine wetland Albert River catchment_South East Queensland_10800"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70846	"Riverine wetland Albert River catchment_South East Queensland_10800"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70847	"Riverine wetland Albert River catchment_South East Queensland_10800"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70848	"Riverine wetland Albert River catchment_South East Queensland_10800"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70849	"Riverine wetland Albert River catchment_South East Queensland_10800"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70855	"Riverine wetland Albert River catchment_South East Queensland_10802"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70856	"Riverine wetland Albert River catchment_South East Queensland_10802"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70857	"Riverine wetland Albert River catchment_South East Queensland_10802"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70858	"Riverine wetland Albert River catchment_South East Queensland_10802"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70859	"Riverine wetland Albert River catchment_South East Queensland_10802"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70935	"Riverine wetland Bremer River catchment_South East Queensland_10818"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70936	"Riverine wetland Bremer River catchment_South East Queensland_10818"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70937	"Riverine wetland Bremer River catchment_South East Queensland_10818"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70938	"Riverine wetland Bremer River catchment_South East Queensland_10818"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70939	"Riverine wetland Bremer River catchment_South East Queensland_10818"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70950	"Riverine wetland Albert River catchment_South East Queensland_10821"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70951	"Riverine wetland Albert River catchment_South East Queensland_10821"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70952	"Riverine wetland Albert River catchment_South East Queensland_10821"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70953	"Riverine wetland Albert River catchment_South East Queensland_10821"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70954	"Riverine wetland Albert River catchment_South East Queensland_10821"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70955	"Palustrine wetland Albert River catchment_South East Queensland_10822"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70956	"Palustrine wetland Albert River catchment_South East Queensland_10822"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70957	"Palustrine wetland Albert River catchment_South East Queensland_10822"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70958	"Palustrine wetland Albert River catchment_South East Queensland_10822"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70959	"Palustrine wetland Albert River catchment_South East Queensland_10822"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70960	"Palustrine wetland Albert River catchment_South East Queensland_10822"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70961	"Palustrine wetland Albert River catchment_South East Queensland_10822"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70962	"Palustrine wetland Albert River catchment_South East Queensland_10822"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70963	"Palustrine wetland Albert River catchment_South East Queensland_10822"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70964	"Palustrine wetland Albert River catchment_South East Queensland_10823"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70965	"Palustrine wetland Albert River catchment_South East Queensland_10823"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70966	"Palustrine wetland Albert River catchment_South East Queensland_10823"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70967	"Palustrine wetland Albert River catchment_South East Queensland_10823"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70968	"Palustrine wetland Albert River catchment_South East Queensland_10823"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70969	"Palustrine wetland Albert River catchment_South East Queensland_10823"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70970	"Palustrine wetland Albert River catchment_South East Queensland_10823"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70971	"Palustrine wetland Albert River catchment_South East Queensland_10823"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70972	"Palustrine wetland Albert River catchment_South East Queensland_10823"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70973	"Riverine wetland Albert River catchment_South East Queensland_10824"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70974	"Riverine wetland Albert River catchment_South East Queensland_10824"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70975	"Riverine wetland Albert River catchment_South East Queensland_10824"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70976	"Riverine wetland Albert River catchment_South East Queensland_10824"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70977	"Riverine wetland Albert River catchment_South East Queensland_10824"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70978	"Riverine wetland Albert River catchment_South East Queensland_10824"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70979	"Riverine wetland Albert River catchment_South East Queensland_10824"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70980	"Riverine wetland Albert River catchment_South East Queensland_10824"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70981	"Riverine wetland Albert River catchment_South East Queensland_10824"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70982	"Riverine wetland Albert River catchment_South East Queensland_10825"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70983	"Riverine wetland Albert River catchment_South East Queensland_10825"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70984	"Riverine wetland Albert River catchment_South East Queensland_10825"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70985	"Riverine wetland Albert River catchment_South East Queensland_10825"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70986	"Riverine wetland Albert River catchment_South East Queensland_10825"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70987	"Riverine wetland Albert River catchment_South East Queensland_10825"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70988	"Riverine wetland Albert River catchment_South East Queensland_10825"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70989	"Riverine wetland Albert River catchment_South East Queensland_10825"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70990	"Riverine wetland Albert River catchment_South East Queensland_10825"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
70991	"Riverine wetland Albert River catchment_South East Queensland_10826"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
70992	"Riverine wetland Albert River catchment_South East Queensland_10826"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
70993	"Riverine wetland Albert River catchment_South East Queensland_10826"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
70994	"Riverine wetland Albert River catchment_South East Queensland_10826"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
70995	"Riverine wetland Albert River catchment_South East Queensland_10826"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70996	"Riverine wetland Albert River catchment_South East Queensland_10826"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
70997	"Riverine wetland Albert River catchment_South East Queensland_10826"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
70998	"Riverine wetland Albert River catchment_South East Queensland_10826"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
70999	"Riverine wetland Albert River catchment_South East Queensland_10826"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71030	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10833"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71031	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10833"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71032	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10833"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71033	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10833"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71034	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10833"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71035	"Riverine wetland Albert River catchment_South East Queensland_10834"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71036	"Riverine wetland Albert River catchment_South East Queensland_10834"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71037	"Riverine wetland Albert River catchment_South East Queensland_10834"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71038	"Riverine wetland Albert River catchment_South East Queensland_10834"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71039	"Riverine wetland Albert River catchment_South East Queensland_10834"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71065	"Riverine wetland Albert River catchment_South East Queensland_10840"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71066	"Riverine wetland Albert River catchment_South East Queensland_10840"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71067	"Riverine wetland Albert River catchment_South East Queensland_10840"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71068	"Riverine wetland Albert River catchment_South East Queensland_10840"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71069	"Riverine wetland Albert River catchment_South East Queensland_10840"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71070	"Riverine wetland Albert River catchment_South East Queensland_10841"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71071	"Riverine wetland Albert River catchment_South East Queensland_10841"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71072	"Riverine wetland Albert River catchment_South East Queensland_10841"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71073	"Riverine wetland Albert River catchment_South East Queensland_10841"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71074	"Riverine wetland Albert River catchment_South East Queensland_10841"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71100	"Riverine wetland Albert River catchment_South East Queensland_10847"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71101	"Riverine wetland Albert River catchment_South East Queensland_10847"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71102	"Riverine wetland Albert River catchment_South East Queensland_10847"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71103	"Riverine wetland Albert River catchment_South East Queensland_10847"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71104	"Riverine wetland Albert River catchment_South East Queensland_10847"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71115	"Riverine wetland Albert River catchment_South East Queensland_10850"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71116	"Riverine wetland Albert River catchment_South East Queensland_10850"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71117	"Riverine wetland Albert River catchment_South East Queensland_10850"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71118	"Riverine wetland Albert River catchment_South East Queensland_10850"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71119	"Riverine wetland Albert River catchment_South East Queensland_10850"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71120	"Riverine wetland Albert River catchment_South East Queensland_10851"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71121	"Riverine wetland Albert River catchment_South East Queensland_10851"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71122	"Riverine wetland Albert River catchment_South East Queensland_10851"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71123	"Riverine wetland Albert River catchment_South East Queensland_10851"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71124	"Riverine wetland Albert River catchment_South East Queensland_10851"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71125	"Riverine wetland Albert River catchment_South East Queensland_10851"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71126	"Riverine wetland Albert River catchment_South East Queensland_10851"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71127	"Riverine wetland Albert River catchment_South East Queensland_10851"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71128	"Riverine wetland Albert River catchment_South East Queensland_10851"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71129	"Riverine wetland Albert River catchment_South East Queensland_10852"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71130	"Riverine wetland Albert River catchment_South East Queensland_10852"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71131	"Riverine wetland Albert River catchment_South East Queensland_10852"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71132	"Riverine wetland Albert River catchment_South East Queensland_10852"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71133	"Riverine wetland Albert River catchment_South East Queensland_10852"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71134	"Riverine wetland Albert River catchment_South East Queensland_10853"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71135	"Riverine wetland Albert River catchment_South East Queensland_10853"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71136	"Riverine wetland Albert River catchment_South East Queensland_10853"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71137	"Riverine wetland Albert River catchment_South East Queensland_10853"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71138	"Riverine wetland Albert River catchment_South East Queensland_10853"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71139	"Riverine wetland Albert River catchment_South East Queensland_10854"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71140	"Riverine wetland Albert River catchment_South East Queensland_10854"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71141	"Riverine wetland Albert River catchment_South East Queensland_10854"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71142	"Riverine wetland Albert River catchment_South East Queensland_10854"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71143	"Riverine wetland Albert River catchment_South East Queensland_10854"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71144	"Riverine wetland Albert River catchment_South East Queensland_10855"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71145	"Riverine wetland Albert River catchment_South East Queensland_10855"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71146	"Riverine wetland Albert River catchment_South East Queensland_10855"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71147	"Riverine wetland Albert River catchment_South East Queensland_10855"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71148	"Riverine wetland Albert River catchment_South East Queensland_10855"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71149	"Riverine wetland Albert River catchment_South East Queensland_10856"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71150	"Riverine wetland Albert River catchment_South East Queensland_10856"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71151	"Riverine wetland Albert River catchment_South East Queensland_10856"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71152	"Riverine wetland Albert River catchment_South East Queensland_10856"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71153	"Riverine wetland Albert River catchment_South East Queensland_10856"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71154	"Riverine wetland Albert River catchment_South East Queensland_10857"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71155	"Riverine wetland Albert River catchment_South East Queensland_10857"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71156	"Riverine wetland Albert River catchment_South East Queensland_10857"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71157	"Riverine wetland Albert River catchment_South East Queensland_10857"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71158	"Riverine wetland Albert River catchment_South East Queensland_10857"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71159	"Riverine wetland Albert River catchment_South East Queensland_10858"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71160	"Riverine wetland Albert River catchment_South East Queensland_10858"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71161	"Riverine wetland Albert River catchment_South East Queensland_10858"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71162	"Riverine wetland Albert River catchment_South East Queensland_10858"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71163	"Riverine wetland Albert River catchment_South East Queensland_10858"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71164	"Riverine wetland Albert River catchment_South East Queensland_10859"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71165	"Riverine wetland Albert River catchment_South East Queensland_10859"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71166	"Riverine wetland Albert River catchment_South East Queensland_10859"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71167	"Riverine wetland Albert River catchment_South East Queensland_10859"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71168	"Riverine wetland Albert River catchment_South East Queensland_10859"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71169	"Riverine wetland Albert River catchment_South East Queensland_10860"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71170	"Riverine wetland Albert River catchment_South East Queensland_10860"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71171	"Riverine wetland Albert River catchment_South East Queensland_10860"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71172	"Riverine wetland Albert River catchment_South East Queensland_10860"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71173	"Riverine wetland Albert River catchment_South East Queensland_10860"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71174	"Riverine wetland Albert River catchment_South East Queensland_10861"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71175	"Riverine wetland Albert River catchment_South East Queensland_10861"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71176	"Riverine wetland Albert River catchment_South East Queensland_10861"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71177	"Riverine wetland Albert River catchment_South East Queensland_10861"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71178	"Riverine wetland Albert River catchment_South East Queensland_10861"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71179	"Riverine wetland Albert River catchment_South East Queensland_10862"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71180	"Riverine wetland Albert River catchment_South East Queensland_10862"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71181	"Riverine wetland Albert River catchment_South East Queensland_10862"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71182	"Riverine wetland Albert River catchment_South East Queensland_10862"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71183	"Riverine wetland Albert River catchment_South East Queensland_10862"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71184	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10863"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71185	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10863"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71186	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10863"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71187	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10863"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71188	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10863"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71189	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10864"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71190	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10864"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71191	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10864"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71192	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10864"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71193	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10864"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71199	"Riverine wetland Albert River catchment_South East Queensland_10866"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71200	"Riverine wetland Albert River catchment_South East Queensland_10866"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71201	"Riverine wetland Albert River catchment_South East Queensland_10866"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71202	"Riverine wetland Albert River catchment_South East Queensland_10866"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71203	"Riverine wetland Albert River catchment_South East Queensland_10866"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71204	"Palustrine wetland Albert River catchment_South East Queensland_10867"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71205	"Palustrine wetland Albert River catchment_South East Queensland_10867"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71206	"Palustrine wetland Albert River catchment_South East Queensland_10867"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71207	"Palustrine wetland Albert River catchment_South East Queensland_10867"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71208	"Palustrine wetland Albert River catchment_South East Queensland_10867"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71209	"Palustrine wetland Albert River catchment_South East Queensland_10867"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71210	"Palustrine wetland Albert River catchment_South East Queensland_10867"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71211	"Palustrine wetland Albert River catchment_South East Queensland_10867"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71212	"Palustrine wetland Albert River catchment_South East Queensland_10867"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71223	"Riverine wetland Albert River catchment_South East Queensland_10870"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71224	"Riverine wetland Albert River catchment_South East Queensland_10870"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71225	"Riverine wetland Albert River catchment_South East Queensland_10870"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71226	"Riverine wetland Albert River catchment_South East Queensland_10870"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71227	"Riverine wetland Albert River catchment_South East Queensland_10870"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71228	"Riverine wetland Albert River catchment_South East Queensland_10870"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71229	"Riverine wetland Albert River catchment_South East Queensland_10870"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71230	"Riverine wetland Albert River catchment_South East Queensland_10870"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71231	"Riverine wetland Albert River catchment_South East Queensland_10870"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71232	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10871"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71233	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10871"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71234	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10871"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71235	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10871"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71236	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10871"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71237	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10872"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71238	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10872"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71239	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10872"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71240	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10872"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71241	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10872"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71307	"Palustrine wetland Coomera & Nerang River catchments_South East Queensland_10886"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71308	"Palustrine wetland Coomera & Nerang River catchments_South East Queensland_10886"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71309	"Palustrine wetland Coomera & Nerang River catchments_South East Queensland_10886"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71310	"Palustrine wetland Coomera & Nerang River catchments_South East Queensland_10886"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71311	"Palustrine wetland Coomera & Nerang River catchments_South East Queensland_10886"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71317	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10888"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71318	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10888"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71319	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10888"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71320	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10888"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71321	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10888"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71322	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10889"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71323	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10889"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71324	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10889"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71325	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10889"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71326	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10889"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71327	"Riverine wetland Albert River catchment_South East Queensland_10890"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71328	"Riverine wetland Albert River catchment_South East Queensland_10890"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71329	"Riverine wetland Albert River catchment_South East Queensland_10890"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71330	"Riverine wetland Albert River catchment_South East Queensland_10890"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71331	"Riverine wetland Albert River catchment_South East Queensland_10890"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71332	"Riverine wetland Albert River catchment_South East Queensland_10890"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71333	"Riverine wetland Albert River catchment_South East Queensland_10890"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71334	"Riverine wetland Albert River catchment_South East Queensland_10890"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71335	"Riverine wetland Albert River catchment_South East Queensland_10890"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71336	"Riverine wetland Albert River catchment_South East Queensland_10890"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71337	"Riverine wetland Albert River catchment_South East Queensland_10890"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71338	"Riverine wetland Albert River catchment_South East Queensland_10890"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71339	"Riverine wetland Albert River catchment_South East Queensland_10891"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71340	"Riverine wetland Albert River catchment_South East Queensland_10891"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71341	"Riverine wetland Albert River catchment_South East Queensland_10891"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71342	"Riverine wetland Albert River catchment_South East Queensland_10891"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71343	"Riverine wetland Albert River catchment_South East Queensland_10891"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71344	"Riverine wetland Albert River catchment_South East Queensland_10891"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71345	"Riverine wetland Albert River catchment_South East Queensland_10891"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71346	"Riverine wetland Albert River catchment_South East Queensland_10891"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71347	"Riverine wetland Albert River catchment_South East Queensland_10891"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71348	"Riverine wetland Bremer River catchment_South East Queensland_10892"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71349	"Riverine wetland Bremer River catchment_South East Queensland_10892"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71350	"Riverine wetland Bremer River catchment_South East Queensland_10892"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71351	"Riverine wetland Bremer River catchment_South East Queensland_10892"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71352	"Riverine wetland Bremer River catchment_South East Queensland_10892"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71353	"Palustrine wetland Coomera & Nerang River catchments_South East Queensland_10893"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71354	"Palustrine wetland Coomera & Nerang River catchments_South East Queensland_10893"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71355	"Palustrine wetland Coomera & Nerang River catchments_South East Queensland_10893"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71356	"Palustrine wetland Coomera & Nerang River catchments_South East Queensland_10893"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71357	"Palustrine wetland Coomera & Nerang River catchments_South East Queensland_10893"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71358	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10894"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71359	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10894"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71360	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10894"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71361	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10894"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71362	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10894"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71363	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10895"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71364	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10895"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71365	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10895"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71366	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10895"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71367	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10895"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71368	"Palustrine wetland Albert River catchment_South East Queensland_10896"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71369	"Palustrine wetland Albert River catchment_South East Queensland_10896"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71370	"Palustrine wetland Albert River catchment_South East Queensland_10896"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71371	"Palustrine wetland Albert River catchment_South East Queensland_10896"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71372	"Palustrine wetland Albert River catchment_South East Queensland_10896"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71373	"Palustrine wetland Albert River catchment_South East Queensland_10896"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71374	"Palustrine wetland Albert River catchment_South East Queensland_10896"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71375	"Palustrine wetland Albert River catchment_South East Queensland_10896"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71376	"Palustrine wetland Albert River catchment_South East Queensland_10896"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71377	"Palustrine wetland Albert River catchment_South East Queensland_10896"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71378	"Palustrine wetland Albert River catchment_South East Queensland_10896"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71379	"Palustrine wetland Albert River catchment_South East Queensland_10896"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71380	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10897"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71381	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10897"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71382	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10897"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71383	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10897"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71384	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10897"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71385	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10898"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71386	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10898"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71387	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10898"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71388	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10898"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71389	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10898"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71390	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10899"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71391	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10899"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71392	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10899"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71393	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10899"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71394	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10899"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71395	"Riverine wetland Albert River catchment_South East Queensland_10900"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71396	"Riverine wetland Albert River catchment_South East Queensland_10900"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71397	"Riverine wetland Albert River catchment_South East Queensland_10900"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71398	"Riverine wetland Albert River catchment_South East Queensland_10900"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71399	"Riverine wetland Albert River catchment_South East Queensland_10900"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71400	"Riverine wetland Albert River catchment_South East Queensland_10900"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71401	"Riverine wetland Albert River catchment_South East Queensland_10900"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71402	"Riverine wetland Albert River catchment_South East Queensland_10900"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71403	"Riverine wetland Albert River catchment_South East Queensland_10900"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71404	"Riverine wetland Albert River catchment_South East Queensland_10900"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71405	"Riverine wetland Albert River catchment_South East Queensland_10900"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71406	"Riverine wetland Albert River catchment_South East Queensland_10900"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71412	"Riverine wetland Albert River catchment_South East Queensland_10902"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71413	"Riverine wetland Albert River catchment_South East Queensland_10902"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71414	"Riverine wetland Albert River catchment_South East Queensland_10902"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71415	"Riverine wetland Albert River catchment_South East Queensland_10902"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71416	"Riverine wetland Albert River catchment_South East Queensland_10902"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71417	"Riverine wetland Albert River catchment_South East Queensland_10902"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71418	"Riverine wetland Albert River catchment_South East Queensland_10902"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71419	"Riverine wetland Albert River catchment_South East Queensland_10902"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71420	"Riverine wetland Albert River catchment_South East Queensland_10902"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71421	"Riverine wetland Albert River catchment_South East Queensland_10902"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71422	"Riverine wetland Albert River catchment_South East Queensland_10902"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71423	"Riverine wetland Albert River catchment_South East Queensland_10902"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71424	"Riverine wetland Albert River catchment_South East Queensland_10903"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71425	"Riverine wetland Albert River catchment_South East Queensland_10903"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71426	"Riverine wetland Albert River catchment_South East Queensland_10903"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71427	"Riverine wetland Albert River catchment_South East Queensland_10903"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71428	"Riverine wetland Albert River catchment_South East Queensland_10903"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71429	"Riverine wetland Albert River catchment_South East Queensland_10903"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71430	"Riverine wetland Albert River catchment_South East Queensland_10903"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71431	"Riverine wetland Albert River catchment_South East Queensland_10903"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71432	"Riverine wetland Albert River catchment_South East Queensland_10903"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71433	"Riverine wetland Albert River catchment_South East Queensland_10903"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71434	"Riverine wetland Albert River catchment_South East Queensland_10903"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71435	"Riverine wetland Albert River catchment_South East Queensland_10903"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71436	"Riverine wetland Albert River catchment_South East Queensland_10904"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71437	"Riverine wetland Albert River catchment_South East Queensland_10904"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71438	"Riverine wetland Albert River catchment_South East Queensland_10904"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71439	"Riverine wetland Albert River catchment_South East Queensland_10904"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71440	"Riverine wetland Albert River catchment_South East Queensland_10904"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71441	"Riverine wetland Albert River catchment_South East Queensland_10904"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71442	"Riverine wetland Albert River catchment_South East Queensland_10904"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71443	"Riverine wetland Albert River catchment_South East Queensland_10904"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71444	"Riverine wetland Albert River catchment_South East Queensland_10904"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71445	"Riverine wetland Albert River catchment_South East Queensland_10904"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71446	"Riverine wetland Albert River catchment_South East Queensland_10904"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71447	"Riverine wetland Albert River catchment_South East Queensland_10904"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71448	"Riverine wetland Albert River catchment_South East Queensland_10905"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71449	"Riverine wetland Albert River catchment_South East Queensland_10905"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71450	"Riverine wetland Albert River catchment_South East Queensland_10905"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71451	"Riverine wetland Albert River catchment_South East Queensland_10905"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71452	"Riverine wetland Albert River catchment_South East Queensland_10905"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71453	"Riverine wetland Albert River catchment_South East Queensland_10905"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71454	"Riverine wetland Albert River catchment_South East Queensland_10905"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71455	"Riverine wetland Albert River catchment_South East Queensland_10905"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71456	"Riverine wetland Albert River catchment_South East Queensland_10905"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71457	"Riverine wetland Albert River catchment_South East Queensland_10905"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71458	"Riverine wetland Albert River catchment_South East Queensland_10905"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71459	"Riverine wetland Albert River catchment_South East Queensland_10905"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71460	"Riverine wetland Albert River catchment_South East Queensland_10906"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71461	"Riverine wetland Albert River catchment_South East Queensland_10906"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71462	"Riverine wetland Albert River catchment_South East Queensland_10906"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71463	"Riverine wetland Albert River catchment_South East Queensland_10906"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71464	"Riverine wetland Albert River catchment_South East Queensland_10906"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71465	"Riverine wetland Albert River catchment_South East Queensland_10906"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71466	"Riverine wetland Albert River catchment_South East Queensland_10906"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71467	"Riverine wetland Albert River catchment_South East Queensland_10906"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71468	"Riverine wetland Albert River catchment_South East Queensland_10906"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71469	"Riverine wetland Albert River catchment_South East Queensland_10906"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71470	"Riverine wetland Albert River catchment_South East Queensland_10906"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71471	"Riverine wetland Albert River catchment_South East Queensland_10906"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71472	"Riverine wetland Albert River catchment_South East Queensland_10907"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71473	"Riverine wetland Albert River catchment_South East Queensland_10907"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71474	"Riverine wetland Albert River catchment_South East Queensland_10907"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71475	"Riverine wetland Albert River catchment_South East Queensland_10907"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71476	"Riverine wetland Albert River catchment_South East Queensland_10907"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71477	"Riverine wetland Albert River catchment_South East Queensland_10907"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71478	"Riverine wetland Albert River catchment_South East Queensland_10907"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71479	"Riverine wetland Albert River catchment_South East Queensland_10907"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71480	"Riverine wetland Albert River catchment_South East Queensland_10907"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71481	"Riverine wetland Albert River catchment_South East Queensland_10907"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71482	"Riverine wetland Albert River catchment_South East Queensland_10907"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71483	"Riverine wetland Albert River catchment_South East Queensland_10907"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71484	"Riverine wetland Albert River catchment_South East Queensland_10908"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71485	"Riverine wetland Albert River catchment_South East Queensland_10908"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71486	"Riverine wetland Albert River catchment_South East Queensland_10908"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71487	"Riverine wetland Albert River catchment_South East Queensland_10908"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71488	"Riverine wetland Albert River catchment_South East Queensland_10908"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71489	"Riverine wetland Albert River catchment_South East Queensland_10908"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71490	"Riverine wetland Albert River catchment_South East Queensland_10908"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71491	"Riverine wetland Albert River catchment_South East Queensland_10908"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71492	"Riverine wetland Albert River catchment_South East Queensland_10908"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71493	"Riverine wetland Albert River catchment_South East Queensland_10908"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71494	"Riverine wetland Albert River catchment_South East Queensland_10908"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71495	"Riverine wetland Albert River catchment_South East Queensland_10908"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71496	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10909"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71497	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10909"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71498	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10909"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71499	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10909"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71500	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10909"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71501	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10910"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71502	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10910"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71503	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10910"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71504	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10910"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71505	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10910"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71506	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10911"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71507	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10911"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71508	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10911"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71509	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10911"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71510	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10911"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71511	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10912"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71512	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10912"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71513	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10912"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71514	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10912"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71515	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10912"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71516	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10913"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71517	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10913"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71518	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10913"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71519	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10913"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71520	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10913"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71521	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10914"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71522	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10914"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71523	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10914"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71524	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10914"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71525	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10914"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71531	"Riverine wetland Bremer River catchment_South East Queensland_10916"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71532	"Riverine wetland Bremer River catchment_South East Queensland_10916"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71533	"Riverine wetland Bremer River catchment_South East Queensland_10916"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71534	"Riverine wetland Bremer River catchment_South East Queensland_10916"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71535	"Riverine wetland Bremer River catchment_South East Queensland_10916"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71536	"Riverine wetland Bremer River catchment_South East Queensland_10917"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71537	"Riverine wetland Bremer River catchment_South East Queensland_10917"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71538	"Riverine wetland Bremer River catchment_South East Queensland_10917"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71539	"Riverine wetland Bremer River catchment_South East Queensland_10917"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71540	"Riverine wetland Bremer River catchment_South East Queensland_10917"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71541	"Riverine wetland Bremer River catchment_South East Queensland_10918"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71542	"Riverine wetland Bremer River catchment_South East Queensland_10918"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71543	"Riverine wetland Bremer River catchment_South East Queensland_10918"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71544	"Riverine wetland Bremer River catchment_South East Queensland_10918"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71545	"Riverine wetland Bremer River catchment_South East Queensland_10918"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71546	"Riverine wetland Albert River catchment_South East Queensland_10919"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71547	"Riverine wetland Albert River catchment_South East Queensland_10919"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71548	"Riverine wetland Albert River catchment_South East Queensland_10919"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71549	"Riverine wetland Albert River catchment_South East Queensland_10919"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71550	"Riverine wetland Albert River catchment_South East Queensland_10919"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71551	"Riverine wetland Albert River catchment_South East Queensland_10919"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71552	"Riverine wetland Albert River catchment_South East Queensland_10919"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71553	"Riverine wetland Albert River catchment_South East Queensland_10919"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71554	"Riverine wetland Albert River catchment_South East Queensland_10919"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71555	"Riverine wetland Albert River catchment_South East Queensland_10919"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71556	"Riverine wetland Albert River catchment_South East Queensland_10919"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71557	"Riverine wetland Albert River catchment_South East Queensland_10919"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71568	"Riverine wetland Albert River catchment_South East Queensland_10922"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71569	"Riverine wetland Albert River catchment_South East Queensland_10922"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71570	"Riverine wetland Albert River catchment_South East Queensland_10922"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71571	"Riverine wetland Albert River catchment_South East Queensland_10922"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71572	"Riverine wetland Albert River catchment_South East Queensland_10922"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71573	"Riverine wetland Albert River catchment_South East Queensland_10922"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71574	"Riverine wetland Albert River catchment_South East Queensland_10922"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71575	"Riverine wetland Albert River catchment_South East Queensland_10922"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71576	"Riverine wetland Albert River catchment_South East Queensland_10922"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71577	"Riverine wetland Albert River catchment_South East Queensland_10922"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71578	"Riverine wetland Albert River catchment_South East Queensland_10922"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71579	"Riverine wetland Albert River catchment_South East Queensland_10922"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71580	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10923"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71581	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10923"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71582	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10923"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71583	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10923"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71584	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10923"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71585	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10924"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71586	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10924"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71587	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10924"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71588	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10924"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71589	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10924"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71590	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10925"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71591	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10925"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71592	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10925"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71593	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10925"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71594	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10925"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71595	"Riverine wetland Logan River catchment_South East Queensland_10926"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71596	"Riverine wetland Logan River catchment_South East Queensland_10926"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71597	"Riverine wetland Logan River catchment_South East Queensland_10926"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71598	"Riverine wetland Logan River catchment_South East Queensland_10926"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71599	"Riverine wetland Logan River catchment_South East Queensland_10926"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71600	"Riverine wetland Logan River catchment_South East Queensland_10926"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71601	"Riverine wetland Logan River catchment_South East Queensland_10926"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71602	"Riverine wetland Logan River catchment_South East Queensland_10926"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71603	"Riverine wetland Logan River catchment_South East Queensland_10926"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71604	"Riverine wetland Bremer River catchment_South East Queensland_10927"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71605	"Riverine wetland Bremer River catchment_South East Queensland_10927"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71606	"Riverine wetland Bremer River catchment_South East Queensland_10927"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71607	"Riverine wetland Bremer River catchment_South East Queensland_10927"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71608	"Riverine wetland Bremer River catchment_South East Queensland_10927"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71609	"Riverine wetland Albert River catchment_South East Queensland_10928"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71610	"Riverine wetland Albert River catchment_South East Queensland_10928"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71611	"Riverine wetland Albert River catchment_South East Queensland_10928"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71612	"Riverine wetland Albert River catchment_South East Queensland_10928"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71613	"Riverine wetland Albert River catchment_South East Queensland_10928"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71614	"Riverine wetland Albert River catchment_South East Queensland_10928"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71615	"Riverine wetland Albert River catchment_South East Queensland_10928"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71616	"Riverine wetland Albert River catchment_South East Queensland_10928"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71617	"Riverine wetland Albert River catchment_South East Queensland_10928"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71618	"Riverine wetland Albert River catchment_South East Queensland_10928"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71619	"Riverine wetland Albert River catchment_South East Queensland_10928"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71620	"Riverine wetland Albert River catchment_South East Queensland_10928"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71621	"Palustrine wetland Albert River catchment_South East Queensland_10929"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71622	"Palustrine wetland Albert River catchment_South East Queensland_10929"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71623	"Palustrine wetland Albert River catchment_South East Queensland_10929"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71624	"Palustrine wetland Albert River catchment_South East Queensland_10929"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71625	"Palustrine wetland Albert River catchment_South East Queensland_10929"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71626	"Palustrine wetland Albert River catchment_South East Queensland_10929"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71627	"Palustrine wetland Albert River catchment_South East Queensland_10929"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71628	"Palustrine wetland Albert River catchment_South East Queensland_10929"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71629	"Palustrine wetland Albert River catchment_South East Queensland_10929"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71630	"Palustrine wetland Albert River catchment_South East Queensland_10929"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71631	"Palustrine wetland Albert River catchment_South East Queensland_10929"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71632	"Palustrine wetland Albert River catchment_South East Queensland_10929"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71633	"Riverine wetland Albert River catchment_South East Queensland_10930"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71634	"Riverine wetland Albert River catchment_South East Queensland_10930"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71635	"Riverine wetland Albert River catchment_South East Queensland_10930"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71636	"Riverine wetland Albert River catchment_South East Queensland_10930"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71637	"Riverine wetland Albert River catchment_South East Queensland_10930"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71638	"Riverine wetland Albert River catchment_South East Queensland_10930"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71639	"Riverine wetland Albert River catchment_South East Queensland_10930"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71640	"Riverine wetland Albert River catchment_South East Queensland_10930"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71641	"Riverine wetland Albert River catchment_South East Queensland_10930"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71642	"Riverine wetland Albert River catchment_South East Queensland_10930"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71643	"Riverine wetland Albert River catchment_South East Queensland_10930"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71644	"Riverine wetland Albert River catchment_South East Queensland_10930"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71645	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10931"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71646	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10931"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71647	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10931"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71648	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10931"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71649	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10931"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71650	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10932"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71651	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10932"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71652	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10932"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71653	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10932"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71654	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10932"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71655	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10933"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71656	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10933"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71657	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10933"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71658	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10933"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71659	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10933"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71660	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10934"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71661	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10934"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71662	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10934"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71663	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10934"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71664	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10934"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71665	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10935"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71666	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10935"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71667	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10935"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71668	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10935"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71669	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10935"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71670	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10936"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71671	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10936"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71672	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10936"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71673	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10936"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71674	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10936"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71675	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10937"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71676	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10937"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71677	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10937"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71678	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10937"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71679	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10937"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71680	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10938"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71681	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10938"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71682	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10938"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71683	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10938"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71684	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10938"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71685	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10939"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71686	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10939"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71687	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10939"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71688	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10939"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71689	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10939"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71690	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10940"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71691	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10940"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71692	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10940"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71693	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10940"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71694	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10940"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71695	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10941"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71696	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10941"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71697	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10941"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71698	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10941"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71699	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10941"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71700	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10942"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71701	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10942"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71702	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10942"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71703	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10942"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71704	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10942"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71705	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10943"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71706	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10943"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71707	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10943"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71708	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10943"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71709	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10943"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71710	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10944"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71711	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10944"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71712	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10944"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71713	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10944"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71714	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10944"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71715	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10945"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71716	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10945"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71717	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10945"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71718	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10945"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71719	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10945"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71720	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10946"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71721	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10946"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71722	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10946"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71723	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10946"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71724	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10946"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71725	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10947"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71726	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10947"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71727	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10947"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71728	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10947"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71729	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10947"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71730	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10948"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71731	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10948"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71732	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10948"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71733	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10948"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71734	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10948"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71735	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10949"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71736	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10949"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71737	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10949"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71738	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10949"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71739	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10949"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71740	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10950"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71741	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10950"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71742	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10950"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71743	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10950"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71744	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10950"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71745	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10951"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71746	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10951"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71747	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10951"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71748	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10951"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71749	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10951"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71750	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10952"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71751	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10952"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71752	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10952"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71753	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10952"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71754	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10952"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71755	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10953"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71756	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10953"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71757	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10953"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71758	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10953"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71759	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10953"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71760	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10954"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71761	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10954"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71762	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10954"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71763	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10954"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71764	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10954"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71765	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10955"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71766	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10955"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71767	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10955"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71768	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10955"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71769	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10955"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71770	"Riverine wetland Albert River catchment_South East Queensland_10956"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71771	"Riverine wetland Albert River catchment_South East Queensland_10956"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71772	"Riverine wetland Albert River catchment_South East Queensland_10956"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71773	"Riverine wetland Albert River catchment_South East Queensland_10956"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71774	"Riverine wetland Albert River catchment_South East Queensland_10956"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71775	"Riverine wetland Albert River catchment_South East Queensland_10956"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71776	"Riverine wetland Albert River catchment_South East Queensland_10956"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71777	"Riverine wetland Albert River catchment_South East Queensland_10956"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71778	"Riverine wetland Albert River catchment_South East Queensland_10956"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71779	"Riverine wetland Albert River catchment_South East Queensland_10957"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71780	"Riverine wetland Albert River catchment_South East Queensland_10957"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71781	"Riverine wetland Albert River catchment_South East Queensland_10957"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71782	"Riverine wetland Albert River catchment_South East Queensland_10957"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71783	"Riverine wetland Albert River catchment_South East Queensland_10957"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71784	"Riverine wetland Albert River catchment_South East Queensland_10957"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71785	"Riverine wetland Albert River catchment_South East Queensland_10957"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71786	"Riverine wetland Albert River catchment_South East Queensland_10957"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71787	"Riverine wetland Albert River catchment_South East Queensland_10957"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71788	"Riverine wetland Albert River catchment_South East Queensland_10958"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71789	"Riverine wetland Albert River catchment_South East Queensland_10958"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71790	"Riverine wetland Albert River catchment_South East Queensland_10958"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71791	"Riverine wetland Albert River catchment_South East Queensland_10958"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71792	"Riverine wetland Albert River catchment_South East Queensland_10958"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71793	"Riverine wetland Albert River catchment_South East Queensland_10958"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71794	"Riverine wetland Albert River catchment_South East Queensland_10958"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71795	"Riverine wetland Albert River catchment_South East Queensland_10958"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71796	"Riverine wetland Albert River catchment_South East Queensland_10958"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71797	"Riverine wetland Albert River catchment_South East Queensland_10958"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71798	"Riverine wetland Albert River catchment_South East Queensland_10958"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71799	"Riverine wetland Albert River catchment_South East Queensland_10958"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71800	"Palustrine wetland Logan River catchment_South East Queensland_10959"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71801	"Palustrine wetland Logan River catchment_South East Queensland_10959"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71802	"Palustrine wetland Logan River catchment_South East Queensland_10959"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71803	"Palustrine wetland Logan River catchment_South East Queensland_10959"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71804	"Palustrine wetland Logan River catchment_South East Queensland_10959"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71805	"Palustrine wetland Logan River catchment_South East Queensland_10959"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71806	"Palustrine wetland Logan River catchment_South East Queensland_10959"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71807	"Palustrine wetland Logan River catchment_South East Queensland_10959"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71808	"Palustrine wetland Logan River catchment_South East Queensland_10959"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71809	"Palustrine wetland Logan River catchment_South East Queensland_10960"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71810	"Palustrine wetland Logan River catchment_South East Queensland_10960"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71811	"Palustrine wetland Logan River catchment_South East Queensland_10960"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71812	"Palustrine wetland Logan River catchment_South East Queensland_10960"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71813	"Palustrine wetland Logan River catchment_South East Queensland_10960"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71814	"Palustrine wetland Logan River catchment_South East Queensland_10960"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71815	"Palustrine wetland Logan River catchment_South East Queensland_10960"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71816	"Palustrine wetland Logan River catchment_South East Queensland_10960"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71817	"Palustrine wetland Logan River catchment_South East Queensland_10960"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71818	"Riverine wetland Logan River catchment_South East Queensland_10961"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71819	"Riverine wetland Logan River catchment_South East Queensland_10961"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71820	"Riverine wetland Logan River catchment_South East Queensland_10961"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71821	"Riverine wetland Logan River catchment_South East Queensland_10961"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71822	"Riverine wetland Logan River catchment_South East Queensland_10961"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71823	"Riverine wetland Logan River catchment_South East Queensland_10961"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71824	"Riverine wetland Logan River catchment_South East Queensland_10961"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71825	"Riverine wetland Logan River catchment_South East Queensland_10961"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71826	"Riverine wetland Logan River catchment_South East Queensland_10961"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71827	"Riverine wetland Albert River catchment_South East Queensland_10962"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71828	"Riverine wetland Albert River catchment_South East Queensland_10962"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71829	"Riverine wetland Albert River catchment_South East Queensland_10962"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71830	"Riverine wetland Albert River catchment_South East Queensland_10962"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71831	"Riverine wetland Albert River catchment_South East Queensland_10962"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71832	"Riverine wetland Albert River catchment_South East Queensland_10963"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71833	"Riverine wetland Albert River catchment_South East Queensland_10963"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71834	"Riverine wetland Albert River catchment_South East Queensland_10963"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71835	"Riverine wetland Albert River catchment_South East Queensland_10963"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71836	"Riverine wetland Albert River catchment_South East Queensland_10963"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71837	"Riverine wetland Logan River catchment_South East Queensland_10964"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71838	"Riverine wetland Logan River catchment_South East Queensland_10964"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71839	"Riverine wetland Logan River catchment_South East Queensland_10964"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71840	"Riverine wetland Logan River catchment_South East Queensland_10964"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71841	"Riverine wetland Logan River catchment_South East Queensland_10964"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71842	"Riverine wetland Logan River catchment_South East Queensland_10964"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71843	"Riverine wetland Logan River catchment_South East Queensland_10964"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71844	"Riverine wetland Logan River catchment_South East Queensland_10964"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71845	"Riverine wetland Logan River catchment_South East Queensland_10964"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71846	"Riverine wetland Logan River catchment_South East Queensland_10965"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71847	"Riverine wetland Logan River catchment_South East Queensland_10965"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71848	"Riverine wetland Logan River catchment_South East Queensland_10965"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71849	"Riverine wetland Logan River catchment_South East Queensland_10965"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71850	"Riverine wetland Logan River catchment_South East Queensland_10965"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71891	"Riverine wetland Albert River catchment_South East Queensland_10974"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71892	"Riverine wetland Albert River catchment_South East Queensland_10974"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71893	"Riverine wetland Albert River catchment_South East Queensland_10974"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71894	"Riverine wetland Albert River catchment_South East Queensland_10974"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71895	"Riverine wetland Albert River catchment_South East Queensland_10974"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71896	"Riverine wetland Albert River catchment_South East Queensland_10974"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71897	"Riverine wetland Albert River catchment_South East Queensland_10974"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71898	"Riverine wetland Albert River catchment_South East Queensland_10974"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71899	"Riverine wetland Albert River catchment_South East Queensland_10974"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71940	"Palustrine wetland Logan River catchment_South East Queensland_10983"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71941	"Palustrine wetland Logan River catchment_South East Queensland_10983"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71942	"Palustrine wetland Logan River catchment_South East Queensland_10983"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71943	"Palustrine wetland Logan River catchment_South East Queensland_10983"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71944	"Palustrine wetland Logan River catchment_South East Queensland_10983"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71945	"Palustrine wetland Logan River catchment_South East Queensland_10983"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71946	"Palustrine wetland Logan River catchment_South East Queensland_10983"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71947	"Palustrine wetland Logan River catchment_South East Queensland_10983"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71948	"Palustrine wetland Logan River catchment_South East Queensland_10983"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71949	"Riverine wetland Albert River catchment_South East Queensland_10984"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71950	"Riverine wetland Albert River catchment_South East Queensland_10984"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71951	"Riverine wetland Albert River catchment_South East Queensland_10984"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71952	"Riverine wetland Albert River catchment_South East Queensland_10984"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71953	"Riverine wetland Albert River catchment_South East Queensland_10984"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71954	"Riverine wetland Albert River catchment_South East Queensland_10984"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71955	"Riverine wetland Albert River catchment_South East Queensland_10984"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71956	"Riverine wetland Albert River catchment_South East Queensland_10984"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71957	"Riverine wetland Albert River catchment_South East Queensland_10984"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71958	"Riverine wetland Albert River catchment_South East Queensland_10985"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71959	"Riverine wetland Albert River catchment_South East Queensland_10985"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71960	"Riverine wetland Albert River catchment_South East Queensland_10985"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71961	"Riverine wetland Albert River catchment_South East Queensland_10985"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71962	"Riverine wetland Albert River catchment_South East Queensland_10985"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71963	"Riverine wetland Albert River catchment_South East Queensland_10985"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71964	"Riverine wetland Albert River catchment_South East Queensland_10985"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71965	"Riverine wetland Albert River catchment_South East Queensland_10985"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71966	"Riverine wetland Albert River catchment_South East Queensland_10985"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71967	"Palustrine wetland Logan River catchment_South East Queensland_10986"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71968	"Palustrine wetland Logan River catchment_South East Queensland_10986"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71969	"Palustrine wetland Logan River catchment_South East Queensland_10986"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71970	"Palustrine wetland Logan River catchment_South East Queensland_10986"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71971	"Palustrine wetland Logan River catchment_South East Queensland_10986"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71972	"Palustrine wetland Logan River catchment_South East Queensland_10986"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71973	"Palustrine wetland Logan River catchment_South East Queensland_10986"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71974	"Palustrine wetland Logan River catchment_South East Queensland_10986"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71975	"Palustrine wetland Logan River catchment_South East Queensland_10986"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71976	"Palustrine wetland Logan River catchment_South East Queensland_10987"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71977	"Palustrine wetland Logan River catchment_South East Queensland_10987"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71978	"Palustrine wetland Logan River catchment_South East Queensland_10987"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71979	"Palustrine wetland Logan River catchment_South East Queensland_10987"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71980	"Palustrine wetland Logan River catchment_South East Queensland_10987"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71981	"Palustrine wetland Logan River catchment_South East Queensland_10987"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71982	"Palustrine wetland Logan River catchment_South East Queensland_10987"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71983	"Palustrine wetland Logan River catchment_South East Queensland_10987"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71984	"Palustrine wetland Logan River catchment_South East Queensland_10987"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71985	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10988"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71986	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10988"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71987	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10988"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71988	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10988"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71989	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10988"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71990	"Riverine wetland Logan River catchment_South East Queensland_10989"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
71991	"Riverine wetland Logan River catchment_South East Queensland_10989"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
71992	"Riverine wetland Logan River catchment_South East Queensland_10989"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
71993	"Riverine wetland Logan River catchment_South East Queensland_10989"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
71994	"Riverine wetland Logan River catchment_South East Queensland_10989"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71995	"Riverine wetland Logan River catchment_South East Queensland_10989"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
71996	"Riverine wetland Logan River catchment_South East Queensland_10989"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
71997	"Riverine wetland Logan River catchment_South East Queensland_10989"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
71998	"Riverine wetland Logan River catchment_South East Queensland_10989"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
71999	"Riverine wetland Albert River catchment_South East Queensland_10990"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72000	"Riverine wetland Albert River catchment_South East Queensland_10990"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72001	"Riverine wetland Albert River catchment_South East Queensland_10990"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72002	"Riverine wetland Albert River catchment_South East Queensland_10990"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72003	"Riverine wetland Albert River catchment_South East Queensland_10990"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72004	"Riverine wetland Albert River catchment_South East Queensland_10990"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72005	"Riverine wetland Albert River catchment_South East Queensland_10990"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72006	"Riverine wetland Albert River catchment_South East Queensland_10990"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72007	"Riverine wetland Albert River catchment_South East Queensland_10990"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72008	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10991"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72009	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10991"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72010	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10991"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72011	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10991"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72012	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10991"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72013	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10992"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72014	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10992"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72015	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10992"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72016	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10992"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72017	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_10992"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72023	"Riverine wetland Albert River catchment_South East Queensland_10994"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72024	"Riverine wetland Albert River catchment_South East Queensland_10994"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72025	"Riverine wetland Albert River catchment_South East Queensland_10994"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72026	"Riverine wetland Albert River catchment_South East Queensland_10994"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72027	"Riverine wetland Albert River catchment_South East Queensland_10994"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72028	"Riverine wetland Albert River catchment_South East Queensland_10995"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72029	"Riverine wetland Albert River catchment_South East Queensland_10995"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72030	"Riverine wetland Albert River catchment_South East Queensland_10995"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72031	"Riverine wetland Albert River catchment_South East Queensland_10995"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72032	"Riverine wetland Albert River catchment_South East Queensland_10995"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72033	"Riverine wetland Albert River catchment_South East Queensland_10996"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72034	"Riverine wetland Albert River catchment_South East Queensland_10996"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72035	"Riverine wetland Albert River catchment_South East Queensland_10996"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72036	"Riverine wetland Albert River catchment_South East Queensland_10996"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72037	"Riverine wetland Albert River catchment_South East Queensland_10996"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72038	"Riverine wetland Albert River catchment_South East Queensland_10997"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72039	"Riverine wetland Albert River catchment_South East Queensland_10997"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72040	"Riverine wetland Albert River catchment_South East Queensland_10997"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72041	"Riverine wetland Albert River catchment_South East Queensland_10997"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72042	"Riverine wetland Albert River catchment_South East Queensland_10997"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72043	"Riverine wetland Albert River catchment_South East Queensland_10998"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72044	"Riverine wetland Albert River catchment_South East Queensland_10998"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72045	"Riverine wetland Albert River catchment_South East Queensland_10998"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72046	"Riverine wetland Albert River catchment_South East Queensland_10998"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72047	"Riverine wetland Albert River catchment_South East Queensland_10998"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72048	"Riverine wetland Albert River catchment_South East Queensland_10999"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72049	"Riverine wetland Albert River catchment_South East Queensland_10999"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72050	"Riverine wetland Albert River catchment_South East Queensland_10999"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72051	"Riverine wetland Albert River catchment_South East Queensland_10999"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72052	"Riverine wetland Albert River catchment_South East Queensland_10999"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72053	"Riverine wetland Albert River catchment_South East Queensland_11000"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72054	"Riverine wetland Albert River catchment_South East Queensland_11000"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72055	"Riverine wetland Albert River catchment_South East Queensland_11000"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72056	"Riverine wetland Albert River catchment_South East Queensland_11000"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72057	"Riverine wetland Albert River catchment_South East Queensland_11000"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72058	"Riverine wetland Albert River catchment_South East Queensland_11001"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72059	"Riverine wetland Albert River catchment_South East Queensland_11001"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72060	"Riverine wetland Albert River catchment_South East Queensland_11001"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72061	"Riverine wetland Albert River catchment_South East Queensland_11001"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72062	"Riverine wetland Albert River catchment_South East Queensland_11001"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72063	"Riverine wetland Albert River catchment_South East Queensland_11002"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72064	"Riverine wetland Albert River catchment_South East Queensland_11002"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72065	"Riverine wetland Albert River catchment_South East Queensland_11002"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72066	"Riverine wetland Albert River catchment_South East Queensland_11002"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72067	"Riverine wetland Albert River catchment_South East Queensland_11002"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72068	"Riverine wetland Albert River catchment_South East Queensland_11003"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72069	"Riverine wetland Albert River catchment_South East Queensland_11003"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72070	"Riverine wetland Albert River catchment_South East Queensland_11003"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72071	"Riverine wetland Albert River catchment_South East Queensland_11003"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72072	"Riverine wetland Albert River catchment_South East Queensland_11003"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72073	"Riverine wetland Albert River catchment_South East Queensland_11004"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72074	"Riverine wetland Albert River catchment_South East Queensland_11004"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72075	"Riverine wetland Albert River catchment_South East Queensland_11004"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72076	"Riverine wetland Albert River catchment_South East Queensland_11004"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72077	"Riverine wetland Albert River catchment_South East Queensland_11004"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72078	"Riverine wetland Albert River catchment_South East Queensland_11005"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72079	"Riverine wetland Albert River catchment_South East Queensland_11005"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72080	"Riverine wetland Albert River catchment_South East Queensland_11005"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72081	"Riverine wetland Albert River catchment_South East Queensland_11005"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72082	"Riverine wetland Albert River catchment_South East Queensland_11005"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72093	"Riverine wetland Albert River catchment_South East Queensland_11008"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72094	"Riverine wetland Albert River catchment_South East Queensland_11008"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72095	"Riverine wetland Albert River catchment_South East Queensland_11008"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72096	"Riverine wetland Albert River catchment_South East Queensland_11008"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72097	"Riverine wetland Albert River catchment_South East Queensland_11008"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72098	"Riverine wetland Albert River catchment_South East Queensland_11008"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72099	"Riverine wetland Albert River catchment_South East Queensland_11008"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72100	"Riverine wetland Albert River catchment_South East Queensland_11008"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72101	"Riverine wetland Albert River catchment_South East Queensland_11008"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72102	"Riverine wetland Albert River catchment_South East Queensland_11009"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72103	"Riverine wetland Albert River catchment_South East Queensland_11009"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72104	"Riverine wetland Albert River catchment_South East Queensland_11009"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72105	"Riverine wetland Albert River catchment_South East Queensland_11009"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72106	"Riverine wetland Albert River catchment_South East Queensland_11009"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72107	"Riverine wetland Albert River catchment_South East Queensland_11009"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72108	"Riverine wetland Albert River catchment_South East Queensland_11009"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72109	"Riverine wetland Albert River catchment_South East Queensland_11009"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72110	"Riverine wetland Albert River catchment_South East Queensland_11009"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72111	"Riverine wetland Albert River catchment_South East Queensland_11010"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72112	"Riverine wetland Albert River catchment_South East Queensland_11010"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72113	"Riverine wetland Albert River catchment_South East Queensland_11010"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72114	"Riverine wetland Albert River catchment_South East Queensland_11010"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72115	"Riverine wetland Albert River catchment_South East Queensland_11010"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72116	"Riverine wetland Albert River catchment_South East Queensland_11010"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72117	"Riverine wetland Albert River catchment_South East Queensland_11010"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72118	"Riverine wetland Albert River catchment_South East Queensland_11010"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72119	"Riverine wetland Albert River catchment_South East Queensland_11010"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72120	"Riverine wetland Albert River catchment_South East Queensland_11011"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72121	"Riverine wetland Albert River catchment_South East Queensland_11011"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72122	"Riverine wetland Albert River catchment_South East Queensland_11011"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72123	"Riverine wetland Albert River catchment_South East Queensland_11011"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72124	"Riverine wetland Albert River catchment_South East Queensland_11011"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72125	"Riverine wetland Albert River catchment_South East Queensland_11011"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72126	"Riverine wetland Albert River catchment_South East Queensland_11011"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72127	"Riverine wetland Albert River catchment_South East Queensland_11011"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72128	"Riverine wetland Albert River catchment_South East Queensland_11011"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72129	"Riverine wetland Albert River catchment_South East Queensland_11012"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72130	"Riverine wetland Albert River catchment_South East Queensland_11012"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72131	"Riverine wetland Albert River catchment_South East Queensland_11012"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72132	"Riverine wetland Albert River catchment_South East Queensland_11012"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72133	"Riverine wetland Albert River catchment_South East Queensland_11012"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72134	"Riverine wetland Albert River catchment_South East Queensland_11012"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72135	"Riverine wetland Albert River catchment_South East Queensland_11012"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72136	"Riverine wetland Albert River catchment_South East Queensland_11012"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72137	"Riverine wetland Albert River catchment_South East Queensland_11012"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72138	"Riverine wetland Albert River catchment_South East Queensland_11013"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72139	"Riverine wetland Albert River catchment_South East Queensland_11013"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72140	"Riverine wetland Albert River catchment_South East Queensland_11013"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72141	"Riverine wetland Albert River catchment_South East Queensland_11013"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72142	"Riverine wetland Albert River catchment_South East Queensland_11013"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72143	"Riverine wetland Albert River catchment_South East Queensland_11013"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72144	"Riverine wetland Albert River catchment_South East Queensland_11013"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72145	"Riverine wetland Albert River catchment_South East Queensland_11013"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72146	"Riverine wetland Albert River catchment_South East Queensland_11013"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72147	"Riverine wetland Albert River catchment_South East Queensland_11014"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72148	"Riverine wetland Albert River catchment_South East Queensland_11014"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72149	"Riverine wetland Albert River catchment_South East Queensland_11014"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72150	"Riverine wetland Albert River catchment_South East Queensland_11014"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72151	"Riverine wetland Albert River catchment_South East Queensland_11014"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72152	"Riverine wetland Albert River catchment_South East Queensland_11014"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72153	"Riverine wetland Albert River catchment_South East Queensland_11014"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72154	"Riverine wetland Albert River catchment_South East Queensland_11014"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72155	"Riverine wetland Albert River catchment_South East Queensland_11014"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72156	"Riverine wetland Albert River catchment_South East Queensland_11015"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72157	"Riverine wetland Albert River catchment_South East Queensland_11015"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72158	"Riverine wetland Albert River catchment_South East Queensland_11015"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72159	"Riverine wetland Albert River catchment_South East Queensland_11015"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72160	"Riverine wetland Albert River catchment_South East Queensland_11015"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72161	"Riverine wetland Albert River catchment_South East Queensland_11015"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72162	"Riverine wetland Albert River catchment_South East Queensland_11015"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72163	"Riverine wetland Albert River catchment_South East Queensland_11015"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72164	"Riverine wetland Albert River catchment_South East Queensland_11015"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72165	"Riverine wetland Albert River catchment_South East Queensland_11016"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72166	"Riverine wetland Albert River catchment_South East Queensland_11016"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72167	"Riverine wetland Albert River catchment_South East Queensland_11016"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72168	"Riverine wetland Albert River catchment_South East Queensland_11016"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72169	"Riverine wetland Albert River catchment_South East Queensland_11016"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72170	"Riverine wetland Albert River catchment_South East Queensland_11016"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72171	"Riverine wetland Albert River catchment_South East Queensland_11016"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72172	"Riverine wetland Albert River catchment_South East Queensland_11016"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72173	"Riverine wetland Albert River catchment_South East Queensland_11016"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72184	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11019"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72185	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11019"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72186	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11019"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72187	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11019"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72188	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11019"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72189	"Palustrine wetland Logan River catchment_South East Queensland_11020"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72190	"Palustrine wetland Logan River catchment_South East Queensland_11020"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72191	"Palustrine wetland Logan River catchment_South East Queensland_11020"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72192	"Palustrine wetland Logan River catchment_South East Queensland_11020"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72193	"Palustrine wetland Logan River catchment_South East Queensland_11020"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72194	"Palustrine wetland Logan River catchment_South East Queensland_11020"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72195	"Palustrine wetland Logan River catchment_South East Queensland_11020"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72196	"Palustrine wetland Logan River catchment_South East Queensland_11020"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72197	"Palustrine wetland Logan River catchment_South East Queensland_11020"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72198	"Palustrine wetland Logan River catchment_South East Queensland_11021"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72199	"Palustrine wetland Logan River catchment_South East Queensland_11021"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72200	"Palustrine wetland Logan River catchment_South East Queensland_11021"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72201	"Palustrine wetland Logan River catchment_South East Queensland_11021"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72202	"Palustrine wetland Logan River catchment_South East Queensland_11021"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72203	"Palustrine wetland Logan River catchment_South East Queensland_11021"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72204	"Palustrine wetland Logan River catchment_South East Queensland_11021"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72205	"Palustrine wetland Logan River catchment_South East Queensland_11021"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72206	"Palustrine wetland Logan River catchment_South East Queensland_11021"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72207	"Palustrine wetland Logan River catchment_South East Queensland_11022"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72208	"Palustrine wetland Logan River catchment_South East Queensland_11022"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72209	"Palustrine wetland Logan River catchment_South East Queensland_11022"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72210	"Palustrine wetland Logan River catchment_South East Queensland_11022"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72211	"Palustrine wetland Logan River catchment_South East Queensland_11022"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72212	"Palustrine wetland Logan River catchment_South East Queensland_11022"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72213	"Palustrine wetland Logan River catchment_South East Queensland_11022"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72214	"Palustrine wetland Logan River catchment_South East Queensland_11022"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72215	"Palustrine wetland Logan River catchment_South East Queensland_11022"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72221	"Riverine wetland Albert River catchment_South East Queensland_11024"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72222	"Riverine wetland Albert River catchment_South East Queensland_11024"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72223	"Riverine wetland Albert River catchment_South East Queensland_11024"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72224	"Riverine wetland Albert River catchment_South East Queensland_11024"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72225	"Riverine wetland Albert River catchment_South East Queensland_11024"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72226	"Riverine wetland Albert River catchment_South East Queensland_11024"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72227	"Riverine wetland Albert River catchment_South East Queensland_11024"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72228	"Riverine wetland Albert River catchment_South East Queensland_11024"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72229	"Riverine wetland Albert River catchment_South East Queensland_11024"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72230	"Riverine wetland Logan River catchment_South East Queensland_11025"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72231	"Riverine wetland Logan River catchment_South East Queensland_11025"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72232	"Riverine wetland Logan River catchment_South East Queensland_11025"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72233	"Riverine wetland Logan River catchment_South East Queensland_11025"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72234	"Riverine wetland Logan River catchment_South East Queensland_11025"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72235	"Riverine wetland Logan River catchment_South East Queensland_11025"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72236	"Riverine wetland Logan River catchment_South East Queensland_11025"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72237	"Riverine wetland Logan River catchment_South East Queensland_11025"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72238	"Riverine wetland Logan River catchment_South East Queensland_11025"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72239	"Riverine wetland Logan River catchment_South East Queensland_11025"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72240	"Riverine wetland Logan River catchment_South East Queensland_11025"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72241	"Riverine wetland Logan River catchment_South East Queensland_11025"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72242	"Riverine wetland Logan River catchment_South East Queensland_11026"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72243	"Riverine wetland Logan River catchment_South East Queensland_11026"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72244	"Riverine wetland Logan River catchment_South East Queensland_11026"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72245	"Riverine wetland Logan River catchment_South East Queensland_11026"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72246	"Riverine wetland Logan River catchment_South East Queensland_11026"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72247	"Riverine wetland Logan River catchment_South East Queensland_11026"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72248	"Riverine wetland Logan River catchment_South East Queensland_11026"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72249	"Riverine wetland Logan River catchment_South East Queensland_11026"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72250	"Riverine wetland Logan River catchment_South East Queensland_11026"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72251	"Riverine wetland Logan River catchment_South East Queensland_11026"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72252	"Riverine wetland Logan River catchment_South East Queensland_11026"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72253	"Riverine wetland Logan River catchment_South East Queensland_11026"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72254	"Riverine wetland Logan River catchment_South East Queensland_11027"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72255	"Riverine wetland Logan River catchment_South East Queensland_11027"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72256	"Riverine wetland Logan River catchment_South East Queensland_11027"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72257	"Riverine wetland Logan River catchment_South East Queensland_11027"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72258	"Riverine wetland Logan River catchment_South East Queensland_11027"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72259	"Riverine wetland Logan River catchment_South East Queensland_11027"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72260	"Riverine wetland Logan River catchment_South East Queensland_11027"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72261	"Riverine wetland Logan River catchment_South East Queensland_11027"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72262	"Riverine wetland Logan River catchment_South East Queensland_11027"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72263	"Riverine wetland Logan River catchment_South East Queensland_11027"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72264	"Riverine wetland Logan River catchment_South East Queensland_11027"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72265	"Riverine wetland Logan River catchment_South East Queensland_11027"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72266	"Riverine wetland Logan River catchment_South East Queensland_11028"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72267	"Riverine wetland Logan River catchment_South East Queensland_11028"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72268	"Riverine wetland Logan River catchment_South East Queensland_11028"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72269	"Riverine wetland Logan River catchment_South East Queensland_11028"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72270	"Riverine wetland Logan River catchment_South East Queensland_11028"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72271	"Riverine wetland Logan River catchment_South East Queensland_11028"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72272	"Riverine wetland Logan River catchment_South East Queensland_11028"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72273	"Riverine wetland Logan River catchment_South East Queensland_11028"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72274	"Riverine wetland Logan River catchment_South East Queensland_11028"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72275	"Riverine wetland Logan River catchment_South East Queensland_11028"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72276	"Riverine wetland Logan River catchment_South East Queensland_11028"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72277	"Riverine wetland Logan River catchment_South East Queensland_11028"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72278	"Riverine wetland Logan River catchment_South East Queensland_11029"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72279	"Riverine wetland Logan River catchment_South East Queensland_11029"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72280	"Riverine wetland Logan River catchment_South East Queensland_11029"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72281	"Riverine wetland Logan River catchment_South East Queensland_11029"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72282	"Riverine wetland Logan River catchment_South East Queensland_11029"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72283	"Riverine wetland Logan River catchment_South East Queensland_11029"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72284	"Riverine wetland Logan River catchment_South East Queensland_11029"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72285	"Riverine wetland Logan River catchment_South East Queensland_11029"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72286	"Riverine wetland Logan River catchment_South East Queensland_11029"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72287	"Riverine wetland Logan River catchment_South East Queensland_11029"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72288	"Riverine wetland Logan River catchment_South East Queensland_11029"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72289	"Riverine wetland Logan River catchment_South East Queensland_11029"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72365	"Riverine wetland Albert River catchment_South East Queensland_11045"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72366	"Riverine wetland Albert River catchment_South East Queensland_11045"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72367	"Riverine wetland Albert River catchment_South East Queensland_11045"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72368	"Riverine wetland Albert River catchment_South East Queensland_11045"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72369	"Riverine wetland Albert River catchment_South East Queensland_11045"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72370	"Riverine wetland Albert River catchment_South East Queensland_11045"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72371	"Riverine wetland Albert River catchment_South East Queensland_11045"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72372	"Riverine wetland Albert River catchment_South East Queensland_11045"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72373	"Riverine wetland Albert River catchment_South East Queensland_11045"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72379	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11047"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72380	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11047"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72381	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11047"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72382	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11047"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72383	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11047"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72394	"Riverine wetland Albert River catchment_South East Queensland_11050"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72395	"Riverine wetland Albert River catchment_South East Queensland_11050"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72396	"Riverine wetland Albert River catchment_South East Queensland_11050"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72397	"Riverine wetland Albert River catchment_South East Queensland_11050"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72398	"Riverine wetland Albert River catchment_South East Queensland_11050"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72399	"Riverine wetland Albert River catchment_South East Queensland_11050"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72400	"Riverine wetland Albert River catchment_South East Queensland_11050"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72401	"Riverine wetland Albert River catchment_South East Queensland_11050"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72402	"Riverine wetland Albert River catchment_South East Queensland_11050"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72403	"Palustrine wetland Logan River catchment_South East Queensland_11051"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72404	"Palustrine wetland Logan River catchment_South East Queensland_11051"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72405	"Palustrine wetland Logan River catchment_South East Queensland_11051"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72406	"Palustrine wetland Logan River catchment_South East Queensland_11051"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72407	"Palustrine wetland Logan River catchment_South East Queensland_11051"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72408	"Palustrine wetland Logan River catchment_South East Queensland_11051"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72409	"Palustrine wetland Logan River catchment_South East Queensland_11051"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72410	"Palustrine wetland Logan River catchment_South East Queensland_11051"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72411	"Palustrine wetland Logan River catchment_South East Queensland_11051"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72412	"Palustrine wetland Logan River catchment_South East Queensland_11052"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72413	"Palustrine wetland Logan River catchment_South East Queensland_11052"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72414	"Palustrine wetland Logan River catchment_South East Queensland_11052"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72415	"Palustrine wetland Logan River catchment_South East Queensland_11052"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72416	"Palustrine wetland Logan River catchment_South East Queensland_11052"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72417	"Palustrine wetland Logan River catchment_South East Queensland_11052"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72418	"Palustrine wetland Logan River catchment_South East Queensland_11052"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72419	"Palustrine wetland Logan River catchment_South East Queensland_11052"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72420	"Palustrine wetland Logan River catchment_South East Queensland_11052"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72421	"Palustrine wetland Logan River catchment_South East Queensland_11053"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72422	"Palustrine wetland Logan River catchment_South East Queensland_11053"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72423	"Palustrine wetland Logan River catchment_South East Queensland_11053"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72424	"Palustrine wetland Logan River catchment_South East Queensland_11053"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72425	"Palustrine wetland Logan River catchment_South East Queensland_11053"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72426	"Palustrine wetland Logan River catchment_South East Queensland_11053"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72427	"Palustrine wetland Logan River catchment_South East Queensland_11053"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72428	"Palustrine wetland Logan River catchment_South East Queensland_11053"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72429	"Palustrine wetland Logan River catchment_South East Queensland_11053"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72510	"Riverine wetland Albert River catchment_South East Queensland_11070"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72511	"Riverine wetland Albert River catchment_South East Queensland_11070"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72512	"Riverine wetland Albert River catchment_South East Queensland_11070"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72513	"Riverine wetland Albert River catchment_South East Queensland_11070"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72514	"Riverine wetland Albert River catchment_South East Queensland_11070"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72515	"Riverine wetland Albert River catchment_South East Queensland_11070"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72516	"Riverine wetland Albert River catchment_South East Queensland_11070"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72517	"Riverine wetland Albert River catchment_South East Queensland_11070"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72518	"Riverine wetland Albert River catchment_South East Queensland_11070"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72519	"Riverine wetland Albert River catchment_South East Queensland_11071"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72520	"Riverine wetland Albert River catchment_South East Queensland_11071"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72521	"Riverine wetland Albert River catchment_South East Queensland_11071"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72522	"Riverine wetland Albert River catchment_South East Queensland_11071"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72523	"Riverine wetland Albert River catchment_South East Queensland_11071"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72524	"Riverine wetland Albert River catchment_South East Queensland_11071"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72525	"Riverine wetland Albert River catchment_South East Queensland_11071"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72526	"Riverine wetland Albert River catchment_South East Queensland_11071"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72527	"Riverine wetland Albert River catchment_South East Queensland_11071"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72528	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11072"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72529	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11072"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72530	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11072"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72531	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11072"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72532	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11072"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72548	"Riverine wetland Albert River catchment_South East Queensland_11076"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72549	"Riverine wetland Albert River catchment_South East Queensland_11076"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72550	"Riverine wetland Albert River catchment_South East Queensland_11076"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72551	"Riverine wetland Albert River catchment_South East Queensland_11076"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72552	"Riverine wetland Albert River catchment_South East Queensland_11076"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72553	"Riverine wetland Albert River catchment_South East Queensland_11076"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72554	"Riverine wetland Albert River catchment_South East Queensland_11076"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72555	"Riverine wetland Albert River catchment_South East Queensland_11076"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72556	"Riverine wetland Albert River catchment_South East Queensland_11076"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72557	"Riverine wetland Logan River catchment_South East Queensland_11077"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72558	"Riverine wetland Logan River catchment_South East Queensland_11077"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72559	"Riverine wetland Logan River catchment_South East Queensland_11077"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72560	"Riverine wetland Logan River catchment_South East Queensland_11077"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72561	"Riverine wetland Logan River catchment_South East Queensland_11077"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72562	"Riverine wetland Logan River catchment_South East Queensland_11077"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72563	"Riverine wetland Logan River catchment_South East Queensland_11077"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72564	"Riverine wetland Logan River catchment_South East Queensland_11077"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72565	"Riverine wetland Logan River catchment_South East Queensland_11077"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72566	"Riverine wetland Logan River catchment_South East Queensland_11077"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72567	"Riverine wetland Logan River catchment_South East Queensland_11077"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72568	"Riverine wetland Logan River catchment_South East Queensland_11077"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72594	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11083"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72595	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11083"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72596	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11083"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72597	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11083"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72598	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11083"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72709	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11106"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72710	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11106"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72711	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11106"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72712	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11106"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72713	"Riverine wetland Coomera & Nerang River catchments_South East Queensland_11106"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72754	"Palustrine wetland Logan River catchment_South East Queensland_11115"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72755	"Palustrine wetland Logan River catchment_South East Queensland_11115"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72756	"Palustrine wetland Logan River catchment_South East Queensland_11115"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72757	"Palustrine wetland Logan River catchment_South East Queensland_11115"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72758	"Palustrine wetland Logan River catchment_South East Queensland_11115"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72759	"Palustrine wetland Logan River catchment_South East Queensland_11115"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72760	"Palustrine wetland Logan River catchment_South East Queensland_11115"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72761	"Palustrine wetland Logan River catchment_South East Queensland_11115"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72762	"Palustrine wetland Logan River catchment_South East Queensland_11115"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72763	"Riverine wetland Albert River catchment_South East Queensland_11116"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72764	"Riverine wetland Albert River catchment_South East Queensland_11116"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72765	"Riverine wetland Albert River catchment_South East Queensland_11116"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72766	"Riverine wetland Albert River catchment_South East Queensland_11116"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72767	"Riverine wetland Albert River catchment_South East Queensland_11116"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72768	"Riverine wetland Albert River catchment_South East Queensland_11116"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72769	"Riverine wetland Albert River catchment_South East Queensland_11116"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72770	"Riverine wetland Albert River catchment_South East Queensland_11116"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72771	"Riverine wetland Albert River catchment_South East Queensland_11116"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72787	"Riverine wetland Albert River catchment_South East Queensland_11120"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72788	"Riverine wetland Albert River catchment_South East Queensland_11120"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72789	"Riverine wetland Albert River catchment_South East Queensland_11120"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72790	"Riverine wetland Albert River catchment_South East Queensland_11120"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72791	"Riverine wetland Albert River catchment_South East Queensland_11120"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72792	"Riverine wetland Albert River catchment_South East Queensland_11120"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72793	"Riverine wetland Albert River catchment_South East Queensland_11120"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72794	"Riverine wetland Albert River catchment_South East Queensland_11120"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72795	"Riverine wetland Albert River catchment_South East Queensland_11120"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72796	"Palustrine wetland Logan River catchment_South East Queensland_11121"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72797	"Palustrine wetland Logan River catchment_South East Queensland_11121"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72798	"Palustrine wetland Logan River catchment_South East Queensland_11121"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72799	"Palustrine wetland Logan River catchment_South East Queensland_11121"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72800	"Palustrine wetland Logan River catchment_South East Queensland_11121"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72801	"Palustrine wetland Logan River catchment_South East Queensland_11121"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72802	"Palustrine wetland Logan River catchment_South East Queensland_11121"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72803	"Palustrine wetland Logan River catchment_South East Queensland_11121"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72804	"Palustrine wetland Logan River catchment_South East Queensland_11121"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72805	"Riverine wetland Albert River catchment_South East Queensland_11122"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72806	"Riverine wetland Albert River catchment_South East Queensland_11122"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72807	"Riverine wetland Albert River catchment_South East Queensland_11122"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72808	"Riverine wetland Albert River catchment_South East Queensland_11122"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72809	"Riverine wetland Albert River catchment_South East Queensland_11122"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72810	"Riverine wetland Albert River catchment_South East Queensland_11122"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72811	"Riverine wetland Albert River catchment_South East Queensland_11122"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72812	"Riverine wetland Albert River catchment_South East Queensland_11122"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72813	"Riverine wetland Albert River catchment_South East Queensland_11122"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72814	"Riverine wetland Albert River catchment_South East Queensland_11123"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72815	"Riverine wetland Albert River catchment_South East Queensland_11123"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72816	"Riverine wetland Albert River catchment_South East Queensland_11123"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72817	"Riverine wetland Albert River catchment_South East Queensland_11123"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72818	"Riverine wetland Albert River catchment_South East Queensland_11123"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72819	"Riverine wetland Albert River catchment_South East Queensland_11123"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72820	"Riverine wetland Albert River catchment_South East Queensland_11123"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72821	"Riverine wetland Albert River catchment_South East Queensland_11123"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72822	"Riverine wetland Albert River catchment_South East Queensland_11123"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72823	"Riverine wetland Albert River catchment_South East Queensland_11124"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72824	"Riverine wetland Albert River catchment_South East Queensland_11124"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72825	"Riverine wetland Albert River catchment_South East Queensland_11124"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72826	"Riverine wetland Albert River catchment_South East Queensland_11124"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72827	"Riverine wetland Albert River catchment_South East Queensland_11124"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72828	"Riverine wetland Albert River catchment_South East Queensland_11124"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72829	"Riverine wetland Albert River catchment_South East Queensland_11124"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72830	"Riverine wetland Albert River catchment_South East Queensland_11124"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72831	"Riverine wetland Albert River catchment_South East Queensland_11124"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72832	"Riverine wetland Albert River catchment_South East Queensland_11125"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72833	"Riverine wetland Albert River catchment_South East Queensland_11125"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72834	"Riverine wetland Albert River catchment_South East Queensland_11125"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72835	"Riverine wetland Albert River catchment_South East Queensland_11125"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72836	"Riverine wetland Albert River catchment_South East Queensland_11125"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72837	"Riverine wetland Albert River catchment_South East Queensland_11125"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72838	"Riverine wetland Albert River catchment_South East Queensland_11125"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72839	"Riverine wetland Albert River catchment_South East Queensland_11125"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72840	"Riverine wetland Albert River catchment_South East Queensland_11125"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72841	"Riverine wetland Albert River catchment_South East Queensland_11126"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72842	"Riverine wetland Albert River catchment_South East Queensland_11126"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72843	"Riverine wetland Albert River catchment_South East Queensland_11126"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72844	"Riverine wetland Albert River catchment_South East Queensland_11126"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72845	"Riverine wetland Albert River catchment_South East Queensland_11126"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72846	"Riverine wetland Albert River catchment_South East Queensland_11126"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72847	"Riverine wetland Albert River catchment_South East Queensland_11126"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72848	"Riverine wetland Albert River catchment_South East Queensland_11126"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72849	"Riverine wetland Albert River catchment_South East Queensland_11126"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72850	"Riverine wetland Albert River catchment_South East Queensland_11127"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72851	"Riverine wetland Albert River catchment_South East Queensland_11127"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72852	"Riverine wetland Albert River catchment_South East Queensland_11127"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72853	"Riverine wetland Albert River catchment_South East Queensland_11127"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72854	"Riverine wetland Albert River catchment_South East Queensland_11127"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72855	"Riverine wetland Albert River catchment_South East Queensland_11127"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72856	"Riverine wetland Albert River catchment_South East Queensland_11127"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72857	"Riverine wetland Albert River catchment_South East Queensland_11127"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72858	"Riverine wetland Albert River catchment_South East Queensland_11127"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72859	"Riverine wetland Albert River catchment_South East Queensland_11128"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72860	"Riverine wetland Albert River catchment_South East Queensland_11128"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72861	"Riverine wetland Albert River catchment_South East Queensland_11128"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72862	"Riverine wetland Albert River catchment_South East Queensland_11128"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72863	"Riverine wetland Albert River catchment_South East Queensland_11128"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72864	"Riverine wetland Albert River catchment_South East Queensland_11128"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72865	"Riverine wetland Albert River catchment_South East Queensland_11128"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72866	"Riverine wetland Albert River catchment_South East Queensland_11128"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72867	"Riverine wetland Albert River catchment_South East Queensland_11128"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72868	"Riverine wetland Albert River catchment_South East Queensland_11129"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72869	"Riverine wetland Albert River catchment_South East Queensland_11129"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72870	"Riverine wetland Albert River catchment_South East Queensland_11129"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72871	"Riverine wetland Albert River catchment_South East Queensland_11129"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72872	"Riverine wetland Albert River catchment_South East Queensland_11129"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72873	"Riverine wetland Albert River catchment_South East Queensland_11129"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72874	"Riverine wetland Albert River catchment_South East Queensland_11129"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72875	"Riverine wetland Albert River catchment_South East Queensland_11129"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72876	"Riverine wetland Albert River catchment_South East Queensland_11129"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72877	"Riverine wetland Albert River catchment_South East Queensland_11130"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72878	"Riverine wetland Albert River catchment_South East Queensland_11130"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72879	"Riverine wetland Albert River catchment_South East Queensland_11130"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72880	"Riverine wetland Albert River catchment_South East Queensland_11130"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72881	"Riverine wetland Albert River catchment_South East Queensland_11130"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72882	"Riverine wetland Albert River catchment_South East Queensland_11130"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72883	"Riverine wetland Albert River catchment_South East Queensland_11130"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72884	"Riverine wetland Albert River catchment_South East Queensland_11130"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72885	"Riverine wetland Albert River catchment_South East Queensland_11130"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72886	"Riverine wetland Albert River catchment_South East Queensland_11131"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72887	"Riverine wetland Albert River catchment_South East Queensland_11131"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72888	"Riverine wetland Albert River catchment_South East Queensland_11131"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72889	"Riverine wetland Albert River catchment_South East Queensland_11131"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72890	"Riverine wetland Albert River catchment_South East Queensland_11131"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72891	"Riverine wetland Albert River catchment_South East Queensland_11131"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72892	"Riverine wetland Albert River catchment_South East Queensland_11131"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72893	"Riverine wetland Albert River catchment_South East Queensland_11131"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72894	"Riverine wetland Albert River catchment_South East Queensland_11131"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72895	"Riverine wetland Albert River catchment_South East Queensland_11132"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72896	"Riverine wetland Albert River catchment_South East Queensland_11132"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72897	"Riverine wetland Albert River catchment_South East Queensland_11132"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72898	"Riverine wetland Albert River catchment_South East Queensland_11132"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72899	"Riverine wetland Albert River catchment_South East Queensland_11132"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72900	"Riverine wetland Albert River catchment_South East Queensland_11132"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72901	"Riverine wetland Albert River catchment_South East Queensland_11132"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72902	"Riverine wetland Albert River catchment_South East Queensland_11132"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72903	"Riverine wetland Albert River catchment_South East Queensland_11132"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72904	"Riverine wetland Albert River catchment_South East Queensland_11133"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72905	"Riverine wetland Albert River catchment_South East Queensland_11133"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72906	"Riverine wetland Albert River catchment_South East Queensland_11133"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72907	"Riverine wetland Albert River catchment_South East Queensland_11133"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72908	"Riverine wetland Albert River catchment_South East Queensland_11133"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72909	"Riverine wetland Albert River catchment_South East Queensland_11133"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72910	"Riverine wetland Albert River catchment_South East Queensland_11133"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72911	"Riverine wetland Albert River catchment_South East Queensland_11133"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72912	"Riverine wetland Albert River catchment_South East Queensland_11133"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72913	"Riverine wetland Albert River catchment_South East Queensland_11134"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72914	"Riverine wetland Albert River catchment_South East Queensland_11134"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72915	"Riverine wetland Albert River catchment_South East Queensland_11134"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72916	"Riverine wetland Albert River catchment_South East Queensland_11134"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72917	"Riverine wetland Albert River catchment_South East Queensland_11134"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72918	"Riverine wetland Albert River catchment_South East Queensland_11134"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72919	"Riverine wetland Albert River catchment_South East Queensland_11134"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72920	"Riverine wetland Albert River catchment_South East Queensland_11134"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72921	"Riverine wetland Albert River catchment_South East Queensland_11134"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72922	"Riverine wetland Albert River catchment_South East Queensland_11135"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72923	"Riverine wetland Albert River catchment_South East Queensland_11135"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72924	"Riverine wetland Albert River catchment_South East Queensland_11135"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72925	"Riverine wetland Albert River catchment_South East Queensland_11135"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72926	"Riverine wetland Albert River catchment_South East Queensland_11135"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72927	"Riverine wetland Albert River catchment_South East Queensland_11135"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72928	"Riverine wetland Albert River catchment_South East Queensland_11135"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72929	"Riverine wetland Albert River catchment_South East Queensland_11135"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72930	"Riverine wetland Albert River catchment_South East Queensland_11135"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72931	"Riverine wetland Albert River catchment_South East Queensland_11136"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72932	"Riverine wetland Albert River catchment_South East Queensland_11136"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72933	"Riverine wetland Albert River catchment_South East Queensland_11136"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72934	"Riverine wetland Albert River catchment_South East Queensland_11136"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72935	"Riverine wetland Albert River catchment_South East Queensland_11136"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72936	"Riverine wetland Albert River catchment_South East Queensland_11136"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72937	"Riverine wetland Albert River catchment_South East Queensland_11136"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72938	"Riverine wetland Albert River catchment_South East Queensland_11136"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72939	"Riverine wetland Albert River catchment_South East Queensland_11136"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72940	"Riverine wetland Albert River catchment_South East Queensland_11137"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72941	"Riverine wetland Albert River catchment_South East Queensland_11137"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72942	"Riverine wetland Albert River catchment_South East Queensland_11137"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72943	"Riverine wetland Albert River catchment_South East Queensland_11137"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72944	"Riverine wetland Albert River catchment_South East Queensland_11137"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72945	"Riverine wetland Albert River catchment_South East Queensland_11137"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72946	"Riverine wetland Albert River catchment_South East Queensland_11137"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72947	"Riverine wetland Albert River catchment_South East Queensland_11137"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72948	"Riverine wetland Albert River catchment_South East Queensland_11137"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72949	"Riverine wetland Albert River catchment_South East Queensland_11138"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72950	"Riverine wetland Albert River catchment_South East Queensland_11138"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72951	"Riverine wetland Albert River catchment_South East Queensland_11138"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72952	"Riverine wetland Albert River catchment_South East Queensland_11138"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72953	"Riverine wetland Albert River catchment_South East Queensland_11138"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72954	"Riverine wetland Albert River catchment_South East Queensland_11138"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72955	"Riverine wetland Albert River catchment_South East Queensland_11138"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72956	"Riverine wetland Albert River catchment_South East Queensland_11138"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72957	"Riverine wetland Albert River catchment_South East Queensland_11138"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72958	"Riverine wetland Albert River catchment_South East Queensland_11139"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72959	"Riverine wetland Albert River catchment_South East Queensland_11139"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72960	"Riverine wetland Albert River catchment_South East Queensland_11139"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72961	"Riverine wetland Albert River catchment_South East Queensland_11139"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72962	"Riverine wetland Albert River catchment_South East Queensland_11139"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72963	"Riverine wetland Albert River catchment_South East Queensland_11139"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72964	"Riverine wetland Albert River catchment_South East Queensland_11139"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72965	"Riverine wetland Albert River catchment_South East Queensland_11139"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72966	"Riverine wetland Albert River catchment_South East Queensland_11139"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72967	"Riverine wetland Albert River catchment_South East Queensland_11140"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72968	"Riverine wetland Albert River catchment_South East Queensland_11140"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72969	"Riverine wetland Albert River catchment_South East Queensland_11140"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72970	"Riverine wetland Albert River catchment_South East Queensland_11140"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72971	"Riverine wetland Albert River catchment_South East Queensland_11140"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72972	"Riverine wetland Albert River catchment_South East Queensland_11140"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72973	"Riverine wetland Albert River catchment_South East Queensland_11140"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72974	"Riverine wetland Albert River catchment_South East Queensland_11140"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72975	"Riverine wetland Albert River catchment_South East Queensland_11140"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72976	"Palustrine wetland Logan River catchment_South East Queensland_11141"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72977	"Palustrine wetland Logan River catchment_South East Queensland_11141"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72978	"Palustrine wetland Logan River catchment_South East Queensland_11141"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72979	"Palustrine wetland Logan River catchment_South East Queensland_11141"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72980	"Palustrine wetland Logan River catchment_South East Queensland_11141"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72981	"Palustrine wetland Logan River catchment_South East Queensland_11141"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72982	"Palustrine wetland Logan River catchment_South East Queensland_11141"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72983	"Palustrine wetland Logan River catchment_South East Queensland_11141"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72984	"Palustrine wetland Logan River catchment_South East Queensland_11141"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
72985	"Palustrine wetland Logan River catchment_South East Queensland_11141"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72986	"Palustrine wetland Logan River catchment_South East Queensland_11141"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72987	"Palustrine wetland Logan River catchment_South East Queensland_11141"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
72993	"Riverine wetland Logan River catchment_South East Queensland_11143"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
72994	"Riverine wetland Logan River catchment_South East Queensland_11143"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
72995	"Riverine wetland Logan River catchment_South East Queensland_11143"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
72996	"Riverine wetland Logan River catchment_South East Queensland_11143"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
72997	"Riverine wetland Logan River catchment_South East Queensland_11143"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
72998	"Riverine wetland Logan River catchment_South East Queensland_11143"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
72999	"Riverine wetland Logan River catchment_South East Queensland_11143"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73000	"Riverine wetland Logan River catchment_South East Queensland_11143"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73001	"Riverine wetland Logan River catchment_South East Queensland_11143"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73002	"Riverine wetland Logan River catchment_South East Queensland_11143"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73003	"Riverine wetland Logan River catchment_South East Queensland_11143"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73004	"Riverine wetland Logan River catchment_South East Queensland_11143"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73005	"Palustrine wetland Logan River catchment_South East Queensland_11144"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73006	"Palustrine wetland Logan River catchment_South East Queensland_11144"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73007	"Palustrine wetland Logan River catchment_South East Queensland_11144"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73008	"Palustrine wetland Logan River catchment_South East Queensland_11144"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73009	"Palustrine wetland Logan River catchment_South East Queensland_11144"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73010	"Palustrine wetland Logan River catchment_South East Queensland_11144"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73011	"Palustrine wetland Logan River catchment_South East Queensland_11144"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73012	"Palustrine wetland Logan River catchment_South East Queensland_11144"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73013	"Palustrine wetland Logan River catchment_South East Queensland_11144"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73014	"Palustrine wetland Logan River catchment_South East Queensland_11144"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73015	"Palustrine wetland Logan River catchment_South East Queensland_11144"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73016	"Palustrine wetland Logan River catchment_South East Queensland_11144"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73017	"Palustrine wetland Logan River catchment_South East Queensland_11145"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73018	"Palustrine wetland Logan River catchment_South East Queensland_11145"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73019	"Palustrine wetland Logan River catchment_South East Queensland_11145"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73020	"Palustrine wetland Logan River catchment_South East Queensland_11145"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73021	"Palustrine wetland Logan River catchment_South East Queensland_11145"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73022	"Palustrine wetland Logan River catchment_South East Queensland_11145"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73023	"Palustrine wetland Logan River catchment_South East Queensland_11145"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73024	"Palustrine wetland Logan River catchment_South East Queensland_11145"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73025	"Palustrine wetland Logan River catchment_South East Queensland_11145"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73026	"Palustrine wetland Logan River catchment_South East Queensland_11145"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73027	"Palustrine wetland Logan River catchment_South East Queensland_11145"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73028	"Palustrine wetland Logan River catchment_South East Queensland_11145"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73029	"Palustrine wetland Logan River catchment_South East Queensland_11146"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73030	"Palustrine wetland Logan River catchment_South East Queensland_11146"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73031	"Palustrine wetland Logan River catchment_South East Queensland_11146"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73032	"Palustrine wetland Logan River catchment_South East Queensland_11146"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73033	"Palustrine wetland Logan River catchment_South East Queensland_11146"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73034	"Palustrine wetland Logan River catchment_South East Queensland_11146"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73035	"Palustrine wetland Logan River catchment_South East Queensland_11146"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73036	"Palustrine wetland Logan River catchment_South East Queensland_11146"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73037	"Palustrine wetland Logan River catchment_South East Queensland_11146"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73038	"Palustrine wetland Logan River catchment_South East Queensland_11146"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73039	"Palustrine wetland Logan River catchment_South East Queensland_11146"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73040	"Palustrine wetland Logan River catchment_South East Queensland_11146"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73041	"Palustrine wetland Logan River catchment_South East Queensland_11147"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73042	"Palustrine wetland Logan River catchment_South East Queensland_11147"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73043	"Palustrine wetland Logan River catchment_South East Queensland_11147"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73044	"Palustrine wetland Logan River catchment_South East Queensland_11147"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73045	"Palustrine wetland Logan River catchment_South East Queensland_11147"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73046	"Palustrine wetland Logan River catchment_South East Queensland_11147"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73047	"Palustrine wetland Logan River catchment_South East Queensland_11147"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73048	"Palustrine wetland Logan River catchment_South East Queensland_11147"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73049	"Palustrine wetland Logan River catchment_South East Queensland_11147"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73050	"Palustrine wetland Logan River catchment_South East Queensland_11147"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73051	"Palustrine wetland Logan River catchment_South East Queensland_11147"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73052	"Palustrine wetland Logan River catchment_South East Queensland_11147"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73058	"Palustrine wetland Logan River catchment_South East Queensland_11149"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73059	"Palustrine wetland Logan River catchment_South East Queensland_11149"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73060	"Palustrine wetland Logan River catchment_South East Queensland_11149"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73061	"Palustrine wetland Logan River catchment_South East Queensland_11149"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73062	"Palustrine wetland Logan River catchment_South East Queensland_11149"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73063	"Palustrine wetland Logan River catchment_South East Queensland_11149"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73064	"Palustrine wetland Logan River catchment_South East Queensland_11149"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73065	"Palustrine wetland Logan River catchment_South East Queensland_11149"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73066	"Palustrine wetland Logan River catchment_South East Queensland_11149"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73072	"Riverine wetland Logan River catchment_South East Queensland_11151"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73073	"Riverine wetland Logan River catchment_South East Queensland_11151"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73074	"Riverine wetland Logan River catchment_South East Queensland_11151"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73075	"Riverine wetland Logan River catchment_South East Queensland_11151"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73076	"Riverine wetland Logan River catchment_South East Queensland_11151"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73077	"Riverine wetland Logan River catchment_South East Queensland_11151"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73078	"Riverine wetland Logan River catchment_South East Queensland_11151"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73079	"Riverine wetland Logan River catchment_South East Queensland_11151"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73080	"Riverine wetland Logan River catchment_South East Queensland_11151"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73081	"Riverine wetland Logan River catchment_South East Queensland_11151"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73082	"Riverine wetland Logan River catchment_South East Queensland_11151"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73083	"Riverine wetland Logan River catchment_South East Queensland_11151"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73084	"Palustrine wetland Logan River catchment_South East Queensland_11152"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73085	"Palustrine wetland Logan River catchment_South East Queensland_11152"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73086	"Palustrine wetland Logan River catchment_South East Queensland_11152"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73087	"Palustrine wetland Logan River catchment_South East Queensland_11152"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73088	"Palustrine wetland Logan River catchment_South East Queensland_11152"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73089	"Palustrine wetland Logan River catchment_South East Queensland_11152"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73090	"Palustrine wetland Logan River catchment_South East Queensland_11152"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73091	"Palustrine wetland Logan River catchment_South East Queensland_11152"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73092	"Palustrine wetland Logan River catchment_South East Queensland_11152"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73093	"Palustrine wetland Logan River catchment_South East Queensland_11153"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73094	"Palustrine wetland Logan River catchment_South East Queensland_11153"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73095	"Palustrine wetland Logan River catchment_South East Queensland_11153"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73096	"Palustrine wetland Logan River catchment_South East Queensland_11153"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73097	"Palustrine wetland Logan River catchment_South East Queensland_11153"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73098	"Palustrine wetland Logan River catchment_South East Queensland_11153"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73099	"Palustrine wetland Logan River catchment_South East Queensland_11153"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73100	"Palustrine wetland Logan River catchment_South East Queensland_11153"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73101	"Palustrine wetland Logan River catchment_South East Queensland_11153"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73102	"Palustrine wetland Logan River catchment_South East Queensland_11154"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73103	"Palustrine wetland Logan River catchment_South East Queensland_11154"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73104	"Palustrine wetland Logan River catchment_South East Queensland_11154"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73105	"Palustrine wetland Logan River catchment_South East Queensland_11154"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73106	"Palustrine wetland Logan River catchment_South East Queensland_11154"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73107	"Palustrine wetland Logan River catchment_South East Queensland_11154"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73108	"Palustrine wetland Logan River catchment_South East Queensland_11154"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73109	"Palustrine wetland Logan River catchment_South East Queensland_11154"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73110	"Palustrine wetland Logan River catchment_South East Queensland_11154"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73126	"Palustrine wetland Logan River catchment_South East Queensland_11158"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73127	"Palustrine wetland Logan River catchment_South East Queensland_11158"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73128	"Palustrine wetland Logan River catchment_South East Queensland_11158"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73129	"Palustrine wetland Logan River catchment_South East Queensland_11158"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73130	"Palustrine wetland Logan River catchment_South East Queensland_11158"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73131	"Palustrine wetland Logan River catchment_South East Queensland_11158"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73132	"Palustrine wetland Logan River catchment_South East Queensland_11158"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73133	"Palustrine wetland Logan River catchment_South East Queensland_11158"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73134	"Palustrine wetland Logan River catchment_South East Queensland_11158"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73145	"Riverine wetland Logan River catchment_South East Queensland_11161"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73146	"Riverine wetland Logan River catchment_South East Queensland_11161"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73147	"Riverine wetland Logan River catchment_South East Queensland_11161"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73148	"Riverine wetland Logan River catchment_South East Queensland_11161"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73149	"Riverine wetland Logan River catchment_South East Queensland_11161"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73150	"Riverine wetland Logan River catchment_South East Queensland_11161"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73151	"Riverine wetland Logan River catchment_South East Queensland_11161"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73152	"Riverine wetland Logan River catchment_South East Queensland_11161"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73153	"Riverine wetland Logan River catchment_South East Queensland_11161"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73154	"Riverine wetland Logan River catchment_South East Queensland_11161"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73155	"Riverine wetland Logan River catchment_South East Queensland_11161"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73156	"Riverine wetland Logan River catchment_South East Queensland_11161"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73162	"Riverine wetland Albert River catchment_South East Queensland_11163"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73163	"Riverine wetland Albert River catchment_South East Queensland_11163"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73164	"Riverine wetland Albert River catchment_South East Queensland_11163"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73165	"Riverine wetland Albert River catchment_South East Queensland_11163"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73166	"Riverine wetland Albert River catchment_South East Queensland_11163"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73167	"Riverine wetland Albert River catchment_South East Queensland_11164"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73168	"Riverine wetland Albert River catchment_South East Queensland_11164"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73169	"Riverine wetland Albert River catchment_South East Queensland_11164"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73170	"Riverine wetland Albert River catchment_South East Queensland_11164"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73171	"Riverine wetland Albert River catchment_South East Queensland_11164"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73172	"Riverine wetland Albert River catchment_South East Queensland_11165"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73173	"Riverine wetland Albert River catchment_South East Queensland_11165"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73174	"Riverine wetland Albert River catchment_South East Queensland_11165"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73175	"Riverine wetland Albert River catchment_South East Queensland_11165"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73176	"Riverine wetland Albert River catchment_South East Queensland_11165"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73177	"Riverine wetland Albert River catchment_South East Queensland_11166"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73178	"Riverine wetland Albert River catchment_South East Queensland_11166"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73179	"Riverine wetland Albert River catchment_South East Queensland_11166"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73180	"Riverine wetland Albert River catchment_South East Queensland_11166"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73181	"Riverine wetland Albert River catchment_South East Queensland_11166"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73182	"Riverine wetland Albert River catchment_South East Queensland_11167"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73183	"Riverine wetland Albert River catchment_South East Queensland_11167"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73184	"Riverine wetland Albert River catchment_South East Queensland_11167"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73185	"Riverine wetland Albert River catchment_South East Queensland_11167"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73186	"Riverine wetland Albert River catchment_South East Queensland_11167"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73187	"Riverine wetland Albert River catchment_South East Queensland_11168"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73188	"Riverine wetland Albert River catchment_South East Queensland_11168"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73189	"Riverine wetland Albert River catchment_South East Queensland_11168"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73190	"Riverine wetland Albert River catchment_South East Queensland_11168"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73191	"Riverine wetland Albert River catchment_South East Queensland_11168"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73192	"Riverine wetland Albert River catchment_South East Queensland_11168"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73193	"Riverine wetland Albert River catchment_South East Queensland_11168"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73194	"Riverine wetland Albert River catchment_South East Queensland_11168"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73195	"Riverine wetland Albert River catchment_South East Queensland_11168"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73196	"Palustrine wetland Logan River catchment_South East Queensland_11169"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73197	"Palustrine wetland Logan River catchment_South East Queensland_11169"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73198	"Palustrine wetland Logan River catchment_South East Queensland_11169"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73199	"Palustrine wetland Logan River catchment_South East Queensland_11169"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73200	"Palustrine wetland Logan River catchment_South East Queensland_11169"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73201	"Palustrine wetland Logan River catchment_South East Queensland_11169"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73202	"Palustrine wetland Logan River catchment_South East Queensland_11169"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73203	"Palustrine wetland Logan River catchment_South East Queensland_11169"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73204	"Palustrine wetland Logan River catchment_South East Queensland_11169"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73205	"Palustrine wetland Logan River catchment_South East Queensland_11170"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73206	"Palustrine wetland Logan River catchment_South East Queensland_11170"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73207	"Palustrine wetland Logan River catchment_South East Queensland_11170"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73208	"Palustrine wetland Logan River catchment_South East Queensland_11170"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73209	"Palustrine wetland Logan River catchment_South East Queensland_11170"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73210	"Palustrine wetland Logan River catchment_South East Queensland_11170"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73211	"Palustrine wetland Logan River catchment_South East Queensland_11170"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73212	"Palustrine wetland Logan River catchment_South East Queensland_11170"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73213	"Palustrine wetland Logan River catchment_South East Queensland_11170"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73214	"Palustrine wetland Logan River catchment_South East Queensland_11170"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73215	"Palustrine wetland Logan River catchment_South East Queensland_11170"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73216	"Palustrine wetland Logan River catchment_South East Queensland_11170"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73232	"Riverine wetland Logan River catchment_South East Queensland_11174"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73233	"Riverine wetland Logan River catchment_South East Queensland_11174"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73234	"Riverine wetland Logan River catchment_South East Queensland_11174"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73235	"Riverine wetland Logan River catchment_South East Queensland_11174"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73236	"Riverine wetland Logan River catchment_South East Queensland_11174"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73237	"Riverine wetland Logan River catchment_South East Queensland_11174"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73238	"Riverine wetland Logan River catchment_South East Queensland_11174"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73239	"Riverine wetland Logan River catchment_South East Queensland_11174"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73240	"Riverine wetland Logan River catchment_South East Queensland_11174"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73241	"Riverine wetland Logan River catchment_South East Queensland_11174"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73242	"Riverine wetland Logan River catchment_South East Queensland_11174"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73243	"Riverine wetland Logan River catchment_South East Queensland_11174"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73244	"Riverine wetland Logan River catchment_South East Queensland_11175"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73245	"Riverine wetland Logan River catchment_South East Queensland_11175"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73246	"Riverine wetland Logan River catchment_South East Queensland_11175"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73247	"Riverine wetland Logan River catchment_South East Queensland_11175"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73248	"Riverine wetland Logan River catchment_South East Queensland_11175"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73249	"Riverine wetland Logan River catchment_South East Queensland_11175"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73250	"Riverine wetland Logan River catchment_South East Queensland_11175"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73251	"Riverine wetland Logan River catchment_South East Queensland_11175"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73252	"Riverine wetland Logan River catchment_South East Queensland_11175"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73253	"Riverine wetland Logan River catchment_South East Queensland_11176"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73254	"Riverine wetland Logan River catchment_South East Queensland_11176"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73255	"Riverine wetland Logan River catchment_South East Queensland_11176"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73256	"Riverine wetland Logan River catchment_South East Queensland_11176"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73257	"Riverine wetland Logan River catchment_South East Queensland_11176"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73258	"Riverine wetland Logan River catchment_South East Queensland_11176"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73259	"Riverine wetland Logan River catchment_South East Queensland_11176"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73260	"Riverine wetland Logan River catchment_South East Queensland_11176"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73261	"Riverine wetland Logan River catchment_South East Queensland_11176"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73262	"Riverine wetland Logan River catchment_South East Queensland_11176"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73263	"Riverine wetland Logan River catchment_South East Queensland_11176"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73264	"Riverine wetland Logan River catchment_South East Queensland_11176"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73265	"Riverine wetland Albert River catchment_South East Queensland_11177"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73266	"Riverine wetland Albert River catchment_South East Queensland_11177"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73267	"Riverine wetland Albert River catchment_South East Queensland_11177"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73268	"Riverine wetland Albert River catchment_South East Queensland_11177"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73269	"Riverine wetland Albert River catchment_South East Queensland_11177"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73270	"Riverine wetland Albert River catchment_South East Queensland_11178"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73271	"Riverine wetland Albert River catchment_South East Queensland_11178"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73272	"Riverine wetland Albert River catchment_South East Queensland_11178"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73273	"Riverine wetland Albert River catchment_South East Queensland_11178"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73274	"Riverine wetland Albert River catchment_South East Queensland_11178"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73275	"Palustrine wetland Logan River catchment_South East Queensland_11179"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73276	"Palustrine wetland Logan River catchment_South East Queensland_11179"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73277	"Palustrine wetland Logan River catchment_South East Queensland_11179"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73278	"Palustrine wetland Logan River catchment_South East Queensland_11179"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73279	"Palustrine wetland Logan River catchment_South East Queensland_11179"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73280	"Palustrine wetland Logan River catchment_South East Queensland_11179"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73281	"Palustrine wetland Logan River catchment_South East Queensland_11179"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73282	"Palustrine wetland Logan River catchment_South East Queensland_11179"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73283	"Palustrine wetland Logan River catchment_South East Queensland_11179"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73294	"Riverine wetland Logan River catchment_South East Queensland_11182"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73295	"Riverine wetland Logan River catchment_South East Queensland_11182"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73296	"Riverine wetland Logan River catchment_South East Queensland_11182"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73297	"Riverine wetland Logan River catchment_South East Queensland_11182"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73298	"Riverine wetland Logan River catchment_South East Queensland_11182"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73299	"Riverine wetland Logan River catchment_South East Queensland_11182"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73300	"Riverine wetland Logan River catchment_South East Queensland_11182"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73301	"Riverine wetland Logan River catchment_South East Queensland_11182"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73302	"Riverine wetland Logan River catchment_South East Queensland_11182"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73458	"Palustrine wetland Logan River catchment_South East Queensland_11214"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73459	"Palustrine wetland Logan River catchment_South East Queensland_11214"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73460	"Palustrine wetland Logan River catchment_South East Queensland_11214"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73461	"Palustrine wetland Logan River catchment_South East Queensland_11214"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73462	"Palustrine wetland Logan River catchment_South East Queensland_11214"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73463	"Palustrine wetland Logan River catchment_South East Queensland_11214"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73464	"Palustrine wetland Logan River catchment_South East Queensland_11214"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73465	"Palustrine wetland Logan River catchment_South East Queensland_11214"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73466	"Palustrine wetland Logan River catchment_South East Queensland_11214"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73467	"Palustrine wetland Logan River catchment_South East Queensland_11214"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73468	"Palustrine wetland Logan River catchment_South East Queensland_11214"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73469	"Palustrine wetland Logan River catchment_South East Queensland_11214"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73525	"Riverine wetland Logan River catchment_South East Queensland_11226"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73526	"Riverine wetland Logan River catchment_South East Queensland_11226"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73527	"Riverine wetland Logan River catchment_South East Queensland_11226"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73528	"Riverine wetland Logan River catchment_South East Queensland_11226"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73529	"Riverine wetland Logan River catchment_South East Queensland_11226"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73530	"Riverine wetland Logan River catchment_South East Queensland_11226"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73531	"Riverine wetland Logan River catchment_South East Queensland_11226"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73532	"Riverine wetland Logan River catchment_South East Queensland_11226"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73533	"Riverine wetland Logan River catchment_South East Queensland_11226"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73534	"Riverine wetland Logan River catchment_South East Queensland_11227"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73535	"Riverine wetland Logan River catchment_South East Queensland_11227"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73536	"Riverine wetland Logan River catchment_South East Queensland_11227"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73537	"Riverine wetland Logan River catchment_South East Queensland_11227"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73538	"Riverine wetland Logan River catchment_South East Queensland_11227"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73539	"Riverine wetland Logan River catchment_South East Queensland_11227"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73540	"Riverine wetland Logan River catchment_South East Queensland_11227"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73541	"Riverine wetland Logan River catchment_South East Queensland_11227"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73542	"Riverine wetland Logan River catchment_South East Queensland_11227"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73543	"Riverine wetland Logan River catchment_South East Queensland_11228"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73544	"Riverine wetland Logan River catchment_South East Queensland_11228"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73545	"Riverine wetland Logan River catchment_South East Queensland_11228"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73546	"Riverine wetland Logan River catchment_South East Queensland_11228"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73547	"Riverine wetland Logan River catchment_South East Queensland_11228"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73548	"Riverine wetland Logan River catchment_South East Queensland_11228"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73549	"Riverine wetland Logan River catchment_South East Queensland_11228"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73550	"Riverine wetland Logan River catchment_South East Queensland_11228"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73551	"Riverine wetland Logan River catchment_South East Queensland_11228"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73587	"Riverine wetland Logan River catchment_South East Queensland_11236"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73588	"Riverine wetland Logan River catchment_South East Queensland_11236"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73589	"Riverine wetland Logan River catchment_South East Queensland_11236"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73590	"Riverine wetland Logan River catchment_South East Queensland_11236"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73591	"Riverine wetland Logan River catchment_South East Queensland_11236"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73592	"Riverine wetland Logan River catchment_South East Queensland_11236"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73593	"Riverine wetland Logan River catchment_South East Queensland_11236"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73594	"Riverine wetland Logan River catchment_South East Queensland_11236"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73595	"Riverine wetland Logan River catchment_South East Queensland_11236"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73601	"Riverine wetland Albert River catchment_South East Queensland_11238"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73602	"Riverine wetland Albert River catchment_South East Queensland_11238"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73603	"Riverine wetland Albert River catchment_South East Queensland_11238"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73604	"Riverine wetland Albert River catchment_South East Queensland_11238"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73605	"Riverine wetland Albert River catchment_South East Queensland_11238"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73606	"Riverine wetland Albert River catchment_South East Queensland_11238"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73607	"Riverine wetland Albert River catchment_South East Queensland_11238"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73608	"Riverine wetland Albert River catchment_South East Queensland_11238"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73609	"Riverine wetland Albert River catchment_South East Queensland_11238"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73610	"Riverine wetland Logan River catchment_South East Queensland_11239"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73611	"Riverine wetland Logan River catchment_South East Queensland_11239"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73612	"Riverine wetland Logan River catchment_South East Queensland_11239"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73613	"Riverine wetland Logan River catchment_South East Queensland_11239"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73614	"Riverine wetland Logan River catchment_South East Queensland_11239"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73615	"Riverine wetland Albert River catchment_South East Queensland_11240"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73616	"Riverine wetland Albert River catchment_South East Queensland_11240"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73617	"Riverine wetland Albert River catchment_South East Queensland_11240"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73618	"Riverine wetland Albert River catchment_South East Queensland_11240"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73619	"Riverine wetland Albert River catchment_South East Queensland_11240"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73620	"Riverine wetland Albert River catchment_South East Queensland_11240"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73621	"Riverine wetland Albert River catchment_South East Queensland_11240"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73622	"Riverine wetland Albert River catchment_South East Queensland_11240"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73623	"Riverine wetland Albert River catchment_South East Queensland_11240"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73629	"Riverine wetland Logan River catchment_South East Queensland_11242"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73630	"Riverine wetland Logan River catchment_South East Queensland_11242"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73631	"Riverine wetland Logan River catchment_South East Queensland_11242"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73632	"Riverine wetland Logan River catchment_South East Queensland_11242"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73633	"Riverine wetland Logan River catchment_South East Queensland_11242"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73659	"Riverine wetland Logan River catchment_South East Queensland_11248"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73660	"Riverine wetland Logan River catchment_South East Queensland_11248"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73661	"Riverine wetland Logan River catchment_South East Queensland_11248"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73662	"Riverine wetland Logan River catchment_South East Queensland_11248"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73663	"Riverine wetland Logan River catchment_South East Queensland_11248"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73664	"Riverine wetland Logan River catchment_South East Queensland_11248"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73665	"Riverine wetland Logan River catchment_South East Queensland_11248"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73666	"Riverine wetland Logan River catchment_South East Queensland_11248"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73667	"Riverine wetland Logan River catchment_South East Queensland_11248"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73668	"Riverine wetland Logan River catchment_South East Queensland_11248"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73669	"Riverine wetland Logan River catchment_South East Queensland_11248"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73670	"Riverine wetland Logan River catchment_South East Queensland_11248"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73671	"Riverine wetland Logan River catchment_South East Queensland_11249"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73672	"Riverine wetland Logan River catchment_South East Queensland_11249"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73673	"Riverine wetland Logan River catchment_South East Queensland_11249"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73674	"Riverine wetland Logan River catchment_South East Queensland_11249"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73675	"Riverine wetland Logan River catchment_South East Queensland_11249"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73676	"Riverine wetland Logan River catchment_South East Queensland_11249"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73677	"Riverine wetland Logan River catchment_South East Queensland_11249"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73678	"Riverine wetland Logan River catchment_South East Queensland_11249"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73679	"Riverine wetland Logan River catchment_South East Queensland_11249"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73680	"Riverine wetland Logan River catchment_South East Queensland_11249"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73681	"Riverine wetland Logan River catchment_South East Queensland_11249"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73682	"Riverine wetland Logan River catchment_South East Queensland_11249"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73713	"Riverine wetland Bremer River catchment_South East Queensland_11256"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73714	"Riverine wetland Bremer River catchment_South East Queensland_11256"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73715	"Riverine wetland Bremer River catchment_South East Queensland_11256"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73716	"Riverine wetland Bremer River catchment_South East Queensland_11256"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73717	"Riverine wetland Bremer River catchment_South East Queensland_11256"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73718	"Riverine wetland Bremer River catchment_South East Queensland_11256"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73719	"Riverine wetland Bremer River catchment_South East Queensland_11256"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73720	"Riverine wetland Bremer River catchment_South East Queensland_11256"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73721	"Riverine wetland Bremer River catchment_South East Queensland_11256"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73732	"Riverine wetland Logan River catchment_South East Queensland_11259"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73733	"Riverine wetland Logan River catchment_South East Queensland_11259"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73734	"Riverine wetland Logan River catchment_South East Queensland_11259"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73735	"Riverine wetland Logan River catchment_South East Queensland_11259"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73736	"Riverine wetland Logan River catchment_South East Queensland_11259"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73737	"Riverine wetland Logan River catchment_South East Queensland_11259"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73738	"Riverine wetland Logan River catchment_South East Queensland_11259"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73739	"Riverine wetland Logan River catchment_South East Queensland_11259"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73740	"Riverine wetland Logan River catchment_South East Queensland_11259"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73741	"Riverine wetland Albert River catchment_South East Queensland_11260"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73742	"Riverine wetland Albert River catchment_South East Queensland_11260"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73743	"Riverine wetland Albert River catchment_South East Queensland_11260"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73744	"Riverine wetland Albert River catchment_South East Queensland_11260"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73745	"Riverine wetland Albert River catchment_South East Queensland_11260"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73746	"Riverine wetland Albert River catchment_South East Queensland_11260"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73747	"Riverine wetland Albert River catchment_South East Queensland_11260"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73748	"Riverine wetland Albert River catchment_South East Queensland_11260"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73749	"Riverine wetland Albert River catchment_South East Queensland_11260"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73750	"Riverine wetland Albert River catchment_South East Queensland_11261"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73751	"Riverine wetland Albert River catchment_South East Queensland_11261"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73752	"Riverine wetland Albert River catchment_South East Queensland_11261"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73753	"Riverine wetland Albert River catchment_South East Queensland_11261"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73754	"Riverine wetland Albert River catchment_South East Queensland_11261"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73755	"Riverine wetland Albert River catchment_South East Queensland_11261"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73756	"Riverine wetland Albert River catchment_South East Queensland_11261"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73757	"Riverine wetland Albert River catchment_South East Queensland_11261"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73758	"Riverine wetland Albert River catchment_South East Queensland_11261"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73759	"Riverine wetland Albert River catchment_South East Queensland_11262"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73760	"Riverine wetland Albert River catchment_South East Queensland_11262"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73761	"Riverine wetland Albert River catchment_South East Queensland_11262"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73762	"Riverine wetland Albert River catchment_South East Queensland_11262"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73763	"Riverine wetland Albert River catchment_South East Queensland_11262"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73764	"Riverine wetland Albert River catchment_South East Queensland_11262"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73765	"Riverine wetland Albert River catchment_South East Queensland_11262"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73766	"Riverine wetland Albert River catchment_South East Queensland_11262"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73767	"Riverine wetland Albert River catchment_South East Queensland_11262"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73768	"Riverine wetland Albert River catchment_South East Queensland_11263"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73769	"Riverine wetland Albert River catchment_South East Queensland_11263"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73770	"Riverine wetland Albert River catchment_South East Queensland_11263"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73771	"Riverine wetland Albert River catchment_South East Queensland_11263"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73772	"Riverine wetland Albert River catchment_South East Queensland_11263"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73773	"Riverine wetland Albert River catchment_South East Queensland_11263"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73774	"Riverine wetland Albert River catchment_South East Queensland_11263"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73775	"Riverine wetland Albert River catchment_South East Queensland_11263"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73776	"Riverine wetland Albert River catchment_South East Queensland_11263"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73777	"Riverine wetland Albert River catchment_South East Queensland_11264"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73778	"Riverine wetland Albert River catchment_South East Queensland_11264"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73779	"Riverine wetland Albert River catchment_South East Queensland_11264"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73780	"Riverine wetland Albert River catchment_South East Queensland_11264"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73781	"Riverine wetland Albert River catchment_South East Queensland_11264"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73782	"Riverine wetland Albert River catchment_South East Queensland_11264"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73783	"Riverine wetland Albert River catchment_South East Queensland_11264"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73784	"Riverine wetland Albert River catchment_South East Queensland_11264"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73785	"Riverine wetland Albert River catchment_South East Queensland_11264"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73786	"Riverine wetland Albert River catchment_South East Queensland_11265"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73787	"Riverine wetland Albert River catchment_South East Queensland_11265"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73788	"Riverine wetland Albert River catchment_South East Queensland_11265"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73789	"Riverine wetland Albert River catchment_South East Queensland_11265"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73790	"Riverine wetland Albert River catchment_South East Queensland_11265"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73791	"Riverine wetland Albert River catchment_South East Queensland_11265"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73792	"Riverine wetland Albert River catchment_South East Queensland_11265"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73793	"Riverine wetland Albert River catchment_South East Queensland_11265"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73794	"Riverine wetland Albert River catchment_South East Queensland_11265"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73795	"Riverine wetland Albert River catchment_South East Queensland_11266"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73796	"Riverine wetland Albert River catchment_South East Queensland_11266"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73797	"Riverine wetland Albert River catchment_South East Queensland_11266"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73798	"Riverine wetland Albert River catchment_South East Queensland_11266"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73799	"Riverine wetland Albert River catchment_South East Queensland_11266"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73800	"Riverine wetland Albert River catchment_South East Queensland_11266"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73801	"Riverine wetland Albert River catchment_South East Queensland_11266"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73802	"Riverine wetland Albert River catchment_South East Queensland_11266"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73803	"Riverine wetland Albert River catchment_South East Queensland_11266"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73804	"Riverine wetland Logan River catchment_South East Queensland_11267"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73805	"Riverine wetland Logan River catchment_South East Queensland_11267"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73806	"Riverine wetland Logan River catchment_South East Queensland_11267"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73807	"Riverine wetland Logan River catchment_South East Queensland_11267"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73808	"Riverine wetland Logan River catchment_South East Queensland_11267"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73809	"Riverine wetland Logan River catchment_South East Queensland_11267"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73810	"Riverine wetland Logan River catchment_South East Queensland_11267"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73811	"Riverine wetland Logan River catchment_South East Queensland_11267"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73812	"Riverine wetland Logan River catchment_South East Queensland_11267"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73818	"Riverine wetland Logan River catchment_South East Queensland_11269"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73819	"Riverine wetland Logan River catchment_South East Queensland_11269"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73820	"Riverine wetland Logan River catchment_South East Queensland_11269"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73821	"Riverine wetland Logan River catchment_South East Queensland_11269"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73822	"Riverine wetland Logan River catchment_South East Queensland_11269"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73823	"Riverine wetland Logan River catchment_South East Queensland_11269"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73824	"Riverine wetland Logan River catchment_South East Queensland_11269"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73825	"Riverine wetland Logan River catchment_South East Queensland_11269"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73826	"Riverine wetland Logan River catchment_South East Queensland_11269"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73827	"Riverine wetland Logan River catchment_South East Queensland_11269"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73828	"Riverine wetland Logan River catchment_South East Queensland_11269"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73829	"Riverine wetland Logan River catchment_South East Queensland_11269"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73840	"Riverine wetland Logan River catchment_South East Queensland_11272"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73841	"Riverine wetland Logan River catchment_South East Queensland_11272"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73842	"Riverine wetland Logan River catchment_South East Queensland_11272"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73843	"Riverine wetland Logan River catchment_South East Queensland_11272"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73844	"Riverine wetland Logan River catchment_South East Queensland_11272"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73845	"Riverine wetland Logan River catchment_South East Queensland_11272"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73846	"Riverine wetland Logan River catchment_South East Queensland_11272"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73847	"Riverine wetland Logan River catchment_South East Queensland_11272"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73848	"Riverine wetland Logan River catchment_South East Queensland_11272"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73849	"Riverine wetland Logan River catchment_South East Queensland_11273"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73850	"Riverine wetland Logan River catchment_South East Queensland_11273"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73851	"Riverine wetland Logan River catchment_South East Queensland_11273"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73852	"Riverine wetland Logan River catchment_South East Queensland_11273"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73853	"Riverine wetland Logan River catchment_South East Queensland_11273"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73854	"Riverine wetland Logan River catchment_South East Queensland_11273"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73855	"Riverine wetland Logan River catchment_South East Queensland_11273"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73856	"Riverine wetland Logan River catchment_South East Queensland_11273"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73857	"Riverine wetland Logan River catchment_South East Queensland_11273"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73863	"Riverine wetland Logan River catchment_South East Queensland_11275"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73864	"Riverine wetland Logan River catchment_South East Queensland_11275"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73865	"Riverine wetland Logan River catchment_South East Queensland_11275"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73866	"Riverine wetland Logan River catchment_South East Queensland_11275"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73867	"Riverine wetland Logan River catchment_South East Queensland_11275"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73868	"Riverine wetland Logan River catchment_South East Queensland_11275"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73869	"Riverine wetland Logan River catchment_South East Queensland_11275"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73870	"Riverine wetland Logan River catchment_South East Queensland_11275"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73871	"Riverine wetland Logan River catchment_South East Queensland_11275"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73877	"Riverine wetland Logan River catchment_South East Queensland_11277"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73878	"Riverine wetland Logan River catchment_South East Queensland_11277"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73879	"Riverine wetland Logan River catchment_South East Queensland_11277"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73880	"Riverine wetland Logan River catchment_South East Queensland_11277"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73881	"Riverine wetland Logan River catchment_South East Queensland_11277"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73882	"Riverine wetland Logan River catchment_South East Queensland_11277"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73883	"Riverine wetland Logan River catchment_South East Queensland_11277"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73884	"Riverine wetland Logan River catchment_South East Queensland_11277"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73885	"Riverine wetland Logan River catchment_South East Queensland_11277"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73886	"Riverine wetland Logan River catchment_South East Queensland_11277"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73887	"Riverine wetland Logan River catchment_South East Queensland_11277"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73888	"Riverine wetland Logan River catchment_South East Queensland_11277"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73889	"Riverine wetland Logan River catchment_South East Queensland_11278"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73890	"Riverine wetland Logan River catchment_South East Queensland_11278"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73891	"Riverine wetland Logan River catchment_South East Queensland_11278"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73892	"Riverine wetland Logan River catchment_South East Queensland_11278"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73893	"Riverine wetland Logan River catchment_South East Queensland_11278"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73894	"Riverine wetland Logan River catchment_South East Queensland_11278"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73895	"Riverine wetland Logan River catchment_South East Queensland_11278"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73896	"Riverine wetland Logan River catchment_South East Queensland_11278"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73897	"Riverine wetland Logan River catchment_South East Queensland_11278"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73898	"Riverine wetland Logan River catchment_South East Queensland_11278"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73899	"Riverine wetland Logan River catchment_South East Queensland_11278"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73900	"Riverine wetland Logan River catchment_South East Queensland_11278"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73956	"Riverine wetland Logan River catchment_South East Queensland_11290"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73957	"Riverine wetland Logan River catchment_South East Queensland_11290"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73958	"Riverine wetland Logan River catchment_South East Queensland_11290"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73959	"Riverine wetland Logan River catchment_South East Queensland_11290"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73960	"Riverine wetland Logan River catchment_South East Queensland_11290"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73961	"Riverine wetland Logan River catchment_South East Queensland_11290"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73962	"Riverine wetland Logan River catchment_South East Queensland_11290"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73963	"Riverine wetland Logan River catchment_South East Queensland_11290"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73964	"Riverine wetland Logan River catchment_South East Queensland_11290"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73965	"Riverine wetland Logan River catchment_South East Queensland_11290"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73966	"Riverine wetland Logan River catchment_South East Queensland_11290"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73967	"Riverine wetland Logan River catchment_South East Queensland_11290"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73968	"Palustrine wetland Logan River catchment_South East Queensland_11291"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73969	"Palustrine wetland Logan River catchment_South East Queensland_11291"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73970	"Palustrine wetland Logan River catchment_South East Queensland_11291"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73971	"Palustrine wetland Logan River catchment_South East Queensland_11291"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73972	"Palustrine wetland Logan River catchment_South East Queensland_11291"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73973	"Palustrine wetland Logan River catchment_South East Queensland_11291"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73974	"Palustrine wetland Logan River catchment_South East Queensland_11291"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73975	"Palustrine wetland Logan River catchment_South East Queensland_11291"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73976	"Palustrine wetland Logan River catchment_South East Queensland_11291"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73977	"Riverine wetland Logan River catchment_South East Queensland_11292"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73978	"Riverine wetland Logan River catchment_South East Queensland_11292"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73979	"Riverine wetland Logan River catchment_South East Queensland_11292"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73980	"Riverine wetland Logan River catchment_South East Queensland_11292"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73981	"Riverine wetland Logan River catchment_South East Queensland_11292"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73982	"Riverine wetland Logan River catchment_South East Queensland_11292"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73983	"Riverine wetland Logan River catchment_South East Queensland_11292"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73984	"Riverine wetland Logan River catchment_South East Queensland_11292"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73985	"Riverine wetland Logan River catchment_South East Queensland_11292"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73986	"Riverine wetland Logan River catchment_South East Queensland_11292"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73987	"Riverine wetland Logan River catchment_South East Queensland_11292"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73988	"Riverine wetland Logan River catchment_South East Queensland_11292"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73989	"Riverine wetland Logan River catchment_South East Queensland_11293"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73990	"Riverine wetland Logan River catchment_South East Queensland_11293"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
73991	"Riverine wetland Logan River catchment_South East Queensland_11293"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
73992	"Riverine wetland Logan River catchment_South East Queensland_11293"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
73993	"Riverine wetland Logan River catchment_South East Queensland_11293"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73994	"Riverine wetland Logan River catchment_South East Queensland_11293"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
73995	"Riverine wetland Logan River catchment_South East Queensland_11293"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
73996	"Riverine wetland Logan River catchment_South East Queensland_11293"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
73997	"Riverine wetland Logan River catchment_South East Queensland_11293"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
73998	"Riverine wetland Logan River catchment_South East Queensland_11294"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
73999	"Riverine wetland Logan River catchment_South East Queensland_11294"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74000	"Riverine wetland Logan River catchment_South East Queensland_11294"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74001	"Riverine wetland Logan River catchment_South East Queensland_11294"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74002	"Riverine wetland Logan River catchment_South East Queensland_11294"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74003	"Riverine wetland Logan River catchment_South East Queensland_11294"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74004	"Riverine wetland Logan River catchment_South East Queensland_11294"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74005	"Riverine wetland Logan River catchment_South East Queensland_11294"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74006	"Riverine wetland Logan River catchment_South East Queensland_11294"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74042	"Riverine wetland Logan River catchment_South East Queensland_11302"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74043	"Riverine wetland Logan River catchment_South East Queensland_11302"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74044	"Riverine wetland Logan River catchment_South East Queensland_11302"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74045	"Riverine wetland Logan River catchment_South East Queensland_11302"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74046	"Riverine wetland Logan River catchment_South East Queensland_11302"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74047	"Riverine wetland Logan River catchment_South East Queensland_11302"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74048	"Riverine wetland Logan River catchment_South East Queensland_11302"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74049	"Riverine wetland Logan River catchment_South East Queensland_11302"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74050	"Riverine wetland Logan River catchment_South East Queensland_11302"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74051	"Riverine wetland Logan River catchment_South East Queensland_11302"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74052	"Riverine wetland Logan River catchment_South East Queensland_11302"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74053	"Riverine wetland Logan River catchment_South East Queensland_11302"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74054	"Riverine wetland Logan River catchment_South East Queensland_11303"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74055	"Riverine wetland Logan River catchment_South East Queensland_11303"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74056	"Riverine wetland Logan River catchment_South East Queensland_11303"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74057	"Riverine wetland Logan River catchment_South East Queensland_11303"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74058	"Riverine wetland Logan River catchment_South East Queensland_11303"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74059	"Riverine wetland Logan River catchment_South East Queensland_11303"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74060	"Riverine wetland Logan River catchment_South East Queensland_11303"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74061	"Riverine wetland Logan River catchment_South East Queensland_11303"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74062	"Riverine wetland Logan River catchment_South East Queensland_11303"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74063	"Riverine wetland Logan River catchment_South East Queensland_11303"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74064	"Riverine wetland Logan River catchment_South East Queensland_11303"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74065	"Riverine wetland Logan River catchment_South East Queensland_11303"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74066	"Riverine wetland Logan River catchment_South East Queensland_11304"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74067	"Riverine wetland Logan River catchment_South East Queensland_11304"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74068	"Riverine wetland Logan River catchment_South East Queensland_11304"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74069	"Riverine wetland Logan River catchment_South East Queensland_11304"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74070	"Riverine wetland Logan River catchment_South East Queensland_11304"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74071	"Riverine wetland Logan River catchment_South East Queensland_11304"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74072	"Riverine wetland Logan River catchment_South East Queensland_11304"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74073	"Riverine wetland Logan River catchment_South East Queensland_11304"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74074	"Riverine wetland Logan River catchment_South East Queensland_11304"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74075	"Riverine wetland Logan River catchment_South East Queensland_11304"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74076	"Riverine wetland Logan River catchment_South East Queensland_11304"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74077	"Riverine wetland Logan River catchment_South East Queensland_11304"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74078	"Riverine wetland Logan River catchment_South East Queensland_11305"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74079	"Riverine wetland Logan River catchment_South East Queensland_11305"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74080	"Riverine wetland Logan River catchment_South East Queensland_11305"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74081	"Riverine wetland Logan River catchment_South East Queensland_11305"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74082	"Riverine wetland Logan River catchment_South East Queensland_11305"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74083	"Riverine wetland Logan River catchment_South East Queensland_11305"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74084	"Riverine wetland Logan River catchment_South East Queensland_11305"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74085	"Riverine wetland Logan River catchment_South East Queensland_11305"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74086	"Riverine wetland Logan River catchment_South East Queensland_11305"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74087	"Riverine wetland Logan River catchment_South East Queensland_11305"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74088	"Riverine wetland Logan River catchment_South East Queensland_11305"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74089	"Riverine wetland Logan River catchment_South East Queensland_11305"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74095	"Riverine wetland Logan River catchment_South East Queensland_11307"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74096	"Riverine wetland Logan River catchment_South East Queensland_11307"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74097	"Riverine wetland Logan River catchment_South East Queensland_11307"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74098	"Riverine wetland Logan River catchment_South East Queensland_11307"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74099	"Riverine wetland Logan River catchment_South East Queensland_11307"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74100	"Riverine wetland Logan River catchment_South East Queensland_11307"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74101	"Riverine wetland Logan River catchment_South East Queensland_11307"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74102	"Riverine wetland Logan River catchment_South East Queensland_11307"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74103	"Riverine wetland Logan River catchment_South East Queensland_11307"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74104	"Riverine wetland Logan River catchment_South East Queensland_11308"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74105	"Riverine wetland Logan River catchment_South East Queensland_11308"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74106	"Riverine wetland Logan River catchment_South East Queensland_11308"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74107	"Riverine wetland Logan River catchment_South East Queensland_11308"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74108	"Riverine wetland Logan River catchment_South East Queensland_11308"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74109	"Riverine wetland Logan River catchment_South East Queensland_11308"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74110	"Riverine wetland Logan River catchment_South East Queensland_11308"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74111	"Riverine wetland Logan River catchment_South East Queensland_11308"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74112	"Riverine wetland Logan River catchment_South East Queensland_11308"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74128	"Riverine wetland Logan River catchment_South East Queensland_11312"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74129	"Riverine wetland Logan River catchment_South East Queensland_11312"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74130	"Riverine wetland Logan River catchment_South East Queensland_11312"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74131	"Riverine wetland Logan River catchment_South East Queensland_11312"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74132	"Riverine wetland Logan River catchment_South East Queensland_11312"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74133	"Riverine wetland Logan River catchment_South East Queensland_11312"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74134	"Riverine wetland Logan River catchment_South East Queensland_11312"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74135	"Riverine wetland Logan River catchment_South East Queensland_11312"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74136	"Riverine wetland Logan River catchment_South East Queensland_11312"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74137	"Riverine wetland Logan River catchment_South East Queensland_11312"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74138	"Riverine wetland Logan River catchment_South East Queensland_11312"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74139	"Riverine wetland Logan River catchment_South East Queensland_11312"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74175	"Riverine wetland Logan River catchment_South East Queensland_11320"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74176	"Riverine wetland Logan River catchment_South East Queensland_11320"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74177	"Riverine wetland Logan River catchment_South East Queensland_11320"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74178	"Riverine wetland Logan River catchment_South East Queensland_11320"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74179	"Riverine wetland Logan River catchment_South East Queensland_11320"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74180	"Riverine wetland Logan River catchment_South East Queensland_11320"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74181	"Riverine wetland Logan River catchment_South East Queensland_11320"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74182	"Riverine wetland Logan River catchment_South East Queensland_11320"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74183	"Riverine wetland Logan River catchment_South East Queensland_11320"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74184	"Riverine wetland Logan River catchment_South East Queensland_11321"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74185	"Riverine wetland Logan River catchment_South East Queensland_11321"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74186	"Riverine wetland Logan River catchment_South East Queensland_11321"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74187	"Riverine wetland Logan River catchment_South East Queensland_11321"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74188	"Riverine wetland Logan River catchment_South East Queensland_11321"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74189	"Riverine wetland Logan River catchment_South East Queensland_11321"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74190	"Riverine wetland Logan River catchment_South East Queensland_11321"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74191	"Riverine wetland Logan River catchment_South East Queensland_11321"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74192	"Riverine wetland Logan River catchment_South East Queensland_11321"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74193	"Riverine wetland Logan River catchment_South East Queensland_11322"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74194	"Riverine wetland Logan River catchment_South East Queensland_11322"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74195	"Riverine wetland Logan River catchment_South East Queensland_11322"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74196	"Riverine wetland Logan River catchment_South East Queensland_11322"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74197	"Riverine wetland Logan River catchment_South East Queensland_11322"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74198	"Riverine wetland Logan River catchment_South East Queensland_11322"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74199	"Riverine wetland Logan River catchment_South East Queensland_11322"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74200	"Riverine wetland Logan River catchment_South East Queensland_11322"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74201	"Riverine wetland Logan River catchment_South East Queensland_11322"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74202	"Riverine wetland Logan River catchment_South East Queensland_11323"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74203	"Riverine wetland Logan River catchment_South East Queensland_11323"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74204	"Riverine wetland Logan River catchment_South East Queensland_11323"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74205	"Riverine wetland Logan River catchment_South East Queensland_11323"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74206	"Riverine wetland Logan River catchment_South East Queensland_11323"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74207	"Riverine wetland Logan River catchment_South East Queensland_11323"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74208	"Riverine wetland Logan River catchment_South East Queensland_11323"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74209	"Riverine wetland Logan River catchment_South East Queensland_11323"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74210	"Riverine wetland Logan River catchment_South East Queensland_11323"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74211	"Riverine wetland Logan River catchment_South East Queensland_11323"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74212	"Riverine wetland Logan River catchment_South East Queensland_11323"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74213	"Riverine wetland Logan River catchment_South East Queensland_11323"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74214	"Riverine wetland Logan River catchment_South East Queensland_11324"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74215	"Riverine wetland Logan River catchment_South East Queensland_11324"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74216	"Riverine wetland Logan River catchment_South East Queensland_11324"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74217	"Riverine wetland Logan River catchment_South East Queensland_11324"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74218	"Riverine wetland Logan River catchment_South East Queensland_11324"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74219	"Riverine wetland Logan River catchment_South East Queensland_11324"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74220	"Riverine wetland Logan River catchment_South East Queensland_11324"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74221	"Riverine wetland Logan River catchment_South East Queensland_11324"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74222	"Riverine wetland Logan River catchment_South East Queensland_11324"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74223	"Riverine wetland Logan River catchment_South East Queensland_11324"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74224	"Riverine wetland Logan River catchment_South East Queensland_11324"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74225	"Riverine wetland Logan River catchment_South East Queensland_11324"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74226	"Riverine wetland Albert River catchment_South East Queensland_11325"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74227	"Riverine wetland Albert River catchment_South East Queensland_11325"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74228	"Riverine wetland Albert River catchment_South East Queensland_11325"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74229	"Riverine wetland Albert River catchment_South East Queensland_11325"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74230	"Riverine wetland Albert River catchment_South East Queensland_11325"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74231	"Riverine wetland Albert River catchment_South East Queensland_11325"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74232	"Riverine wetland Albert River catchment_South East Queensland_11325"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74233	"Riverine wetland Albert River catchment_South East Queensland_11325"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74234	"Riverine wetland Albert River catchment_South East Queensland_11325"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74240	"Riverine wetland Albert River catchment_South East Queensland_11327"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74241	"Riverine wetland Albert River catchment_South East Queensland_11327"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74242	"Riverine wetland Albert River catchment_South East Queensland_11327"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74243	"Riverine wetland Albert River catchment_South East Queensland_11327"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74244	"Riverine wetland Albert River catchment_South East Queensland_11327"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74245	"Riverine wetland Albert River catchment_South East Queensland_11327"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74246	"Riverine wetland Albert River catchment_South East Queensland_11327"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74247	"Riverine wetland Albert River catchment_South East Queensland_11327"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74248	"Riverine wetland Albert River catchment_South East Queensland_11327"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74249	"Riverine wetland Albert River catchment_South East Queensland_11328"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74250	"Riverine wetland Albert River catchment_South East Queensland_11328"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74251	"Riverine wetland Albert River catchment_South East Queensland_11328"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74252	"Riverine wetland Albert River catchment_South East Queensland_11328"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74253	"Riverine wetland Albert River catchment_South East Queensland_11328"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74254	"Riverine wetland Albert River catchment_South East Queensland_11328"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74255	"Riverine wetland Albert River catchment_South East Queensland_11328"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74256	"Riverine wetland Albert River catchment_South East Queensland_11328"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74257	"Riverine wetland Albert River catchment_South East Queensland_11328"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74258	"Riverine wetland Logan River catchment_South East Queensland_11329"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74259	"Riverine wetland Logan River catchment_South East Queensland_11329"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74260	"Riverine wetland Logan River catchment_South East Queensland_11329"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74261	"Riverine wetland Logan River catchment_South East Queensland_11329"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74262	"Riverine wetland Logan River catchment_South East Queensland_11329"	"Coal seam gas mining"	"Existing and potential expansion"	"Flow pattern"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74263	"Riverine wetland Logan River catchment_South East Queensland_11329"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74264	"Riverine wetland Logan River catchment_South East Queensland_11329"	"Coal seam gas mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74265	"Riverine wetland Logan River catchment_South East Queensland_11329"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74266	"Riverine wetland Logan River catchment_South East Queensland_11329"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74267	"Riverine wetland Logan River catchment_South East Queensland_11329"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74268	"Riverine wetland Logan River catchment_South East Queensland_11329"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74269	"Riverine wetland Logan River catchment_South East Queensland_11329"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74270	"Riverine wetland Logan River catchment_South East Queensland_11330"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74271	"Riverine wetland Logan River catchment_South East Queensland_11330"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74272	"Riverine wetland Logan River catchment_South East Queensland_11330"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74273	"Riverine wetland Logan River catchment_South East Queensland_11330"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74274	"Riverine wetland Logan River catchment_South East Queensland_11330"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74275	"Riverine wetland Logan River catchment_South East Queensland_11330"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74276	"Riverine wetland Logan River catchment_South East Queensland_11330"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74277	"Riverine wetland Logan River catchment_South East Queensland_11330"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74278	"Riverine wetland Logan River catchment_South East Queensland_11330"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74279	"Riverine wetland Logan River catchment_South East Queensland_11331"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74280	"Riverine wetland Logan River catchment_South East Queensland_11331"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74281	"Riverine wetland Logan River catchment_South East Queensland_11331"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74282	"Riverine wetland Logan River catchment_South East Queensland_11331"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74283	"Riverine wetland Logan River catchment_South East Queensland_11331"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74284	"Riverine wetland Logan River catchment_South East Queensland_11331"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74285	"Riverine wetland Logan River catchment_South East Queensland_11331"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74286	"Riverine wetland Logan River catchment_South East Queensland_11331"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74287	"Riverine wetland Logan River catchment_South East Queensland_11331"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74288	"Riverine wetland Logan River catchment_South East Queensland_11332"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74289	"Riverine wetland Logan River catchment_South East Queensland_11332"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74290	"Riverine wetland Logan River catchment_South East Queensland_11332"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74291	"Riverine wetland Logan River catchment_South East Queensland_11332"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74292	"Riverine wetland Logan River catchment_South East Queensland_11332"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74293	"Riverine wetland Logan River catchment_South East Queensland_11332"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74294	"Riverine wetland Logan River catchment_South East Queensland_11332"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74295	"Riverine wetland Logan River catchment_South East Queensland_11332"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74296	"Riverine wetland Logan River catchment_South East Queensland_11332"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74297	"Riverine wetland Logan River catchment_South East Queensland_11333"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74298	"Riverine wetland Logan River catchment_South East Queensland_11333"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74299	"Riverine wetland Logan River catchment_South East Queensland_11333"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74300	"Riverine wetland Logan River catchment_South East Queensland_11333"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74301	"Riverine wetland Logan River catchment_South East Queensland_11333"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74302	"Riverine wetland Logan River catchment_South East Queensland_11333"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74303	"Riverine wetland Logan River catchment_South East Queensland_11333"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74304	"Riverine wetland Logan River catchment_South East Queensland_11333"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74305	"Riverine wetland Logan River catchment_South East Queensland_11333"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74306	"Riverine wetland Logan River catchment_South East Queensland_11334"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74307	"Riverine wetland Logan River catchment_South East Queensland_11334"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74308	"Riverine wetland Logan River catchment_South East Queensland_11334"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74309	"Riverine wetland Logan River catchment_South East Queensland_11334"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74310	"Riverine wetland Logan River catchment_South East Queensland_11334"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74311	"Riverine wetland Logan River catchment_South East Queensland_11334"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74312	"Riverine wetland Logan River catchment_South East Queensland_11334"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74313	"Riverine wetland Logan River catchment_South East Queensland_11334"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74314	"Riverine wetland Logan River catchment_South East Queensland_11334"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74315	"Riverine wetland Logan River catchment_South East Queensland_11335"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74316	"Riverine wetland Logan River catchment_South East Queensland_11335"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74317	"Riverine wetland Logan River catchment_South East Queensland_11335"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74318	"Riverine wetland Logan River catchment_South East Queensland_11335"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74319	"Riverine wetland Logan River catchment_South East Queensland_11335"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74320	"Riverine wetland Logan River catchment_South East Queensland_11335"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74321	"Riverine wetland Logan River catchment_South East Queensland_11335"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74322	"Riverine wetland Logan River catchment_South East Queensland_11335"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74323	"Riverine wetland Logan River catchment_South East Queensland_11335"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74324	"Riverine wetland Logan River catchment_South East Queensland_11336"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74325	"Riverine wetland Logan River catchment_South East Queensland_11336"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74326	"Riverine wetland Logan River catchment_South East Queensland_11336"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74327	"Riverine wetland Logan River catchment_South East Queensland_11336"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74328	"Riverine wetland Logan River catchment_South East Queensland_11336"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74354	"Riverine wetland Logan River catchment_South East Queensland_11342"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74355	"Riverine wetland Logan River catchment_South East Queensland_11342"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74356	"Riverine wetland Logan River catchment_South East Queensland_11342"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74357	"Riverine wetland Logan River catchment_South East Queensland_11342"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74358	"Riverine wetland Logan River catchment_South East Queensland_11342"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74359	"Riverine wetland Logan River catchment_South East Queensland_11342"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74360	"Riverine wetland Logan River catchment_South East Queensland_11342"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74361	"Riverine wetland Logan River catchment_South East Queensland_11342"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74362	"Riverine wetland Logan River catchment_South East Queensland_11342"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74378	"Riverine wetland Logan River catchment_South East Queensland_11346"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74379	"Riverine wetland Logan River catchment_South East Queensland_11346"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74380	"Riverine wetland Logan River catchment_South East Queensland_11346"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74381	"Riverine wetland Logan River catchment_South East Queensland_11346"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74382	"Riverine wetland Logan River catchment_South East Queensland_11346"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74383	"Riverine wetland Logan River catchment_South East Queensland_11346"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74384	"Riverine wetland Logan River catchment_South East Queensland_11346"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74385	"Riverine wetland Logan River catchment_South East Queensland_11346"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74386	"Riverine wetland Logan River catchment_South East Queensland_11346"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74392	"Riverine wetland Logan River catchment_South East Queensland_11348"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74393	"Riverine wetland Logan River catchment_South East Queensland_11348"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74394	"Riverine wetland Logan River catchment_South East Queensland_11348"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74395	"Riverine wetland Logan River catchment_South East Queensland_11348"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74396	"Riverine wetland Logan River catchment_South East Queensland_11348"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74397	"Riverine wetland Logan River catchment_South East Queensland_11348"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74398	"Riverine wetland Logan River catchment_South East Queensland_11348"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74399	"Riverine wetland Logan River catchment_South East Queensland_11348"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74400	"Riverine wetland Logan River catchment_South East Queensland_11348"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74411	"Riverine wetland Logan River catchment_South East Queensland_11351"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74412	"Riverine wetland Logan River catchment_South East Queensland_11351"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74413	"Riverine wetland Logan River catchment_South East Queensland_11351"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74414	"Riverine wetland Logan River catchment_South East Queensland_11351"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74415	"Riverine wetland Logan River catchment_South East Queensland_11351"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74416	"Riverine wetland Logan River catchment_South East Queensland_11351"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74417	"Riverine wetland Logan River catchment_South East Queensland_11351"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74418	"Riverine wetland Logan River catchment_South East Queensland_11351"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74419	"Riverine wetland Logan River catchment_South East Queensland_11351"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74430	"Riverine wetland Logan River catchment_South East Queensland_11354"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74431	"Riverine wetland Logan River catchment_South East Queensland_11354"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74432	"Riverine wetland Logan River catchment_South East Queensland_11354"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74433	"Riverine wetland Logan River catchment_South East Queensland_11354"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74434	"Riverine wetland Logan River catchment_South East Queensland_11354"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74435	"Riverine wetland Logan River catchment_South East Queensland_11354"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74436	"Riverine wetland Logan River catchment_South East Queensland_11354"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74437	"Riverine wetland Logan River catchment_South East Queensland_11354"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74438	"Riverine wetland Logan River catchment_South East Queensland_11354"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74439	"Riverine wetland Logan River catchment_South East Queensland_11355"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74440	"Riverine wetland Logan River catchment_South East Queensland_11355"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74441	"Riverine wetland Logan River catchment_South East Queensland_11355"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74442	"Riverine wetland Logan River catchment_South East Queensland_11355"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74443	"Riverine wetland Logan River catchment_South East Queensland_11355"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74444	"Riverine wetland Logan River catchment_South East Queensland_11355"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74445	"Riverine wetland Logan River catchment_South East Queensland_11355"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74446	"Riverine wetland Logan River catchment_South East Queensland_11355"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74447	"Riverine wetland Logan River catchment_South East Queensland_11355"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74448	"Riverine wetland Logan River catchment_South East Queensland_11356"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74449	"Riverine wetland Logan River catchment_South East Queensland_11356"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74450	"Riverine wetland Logan River catchment_South East Queensland_11356"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74451	"Riverine wetland Logan River catchment_South East Queensland_11356"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74452	"Riverine wetland Logan River catchment_South East Queensland_11356"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74453	"Riverine wetland Logan River catchment_South East Queensland_11356"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74454	"Riverine wetland Logan River catchment_South East Queensland_11356"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74455	"Riverine wetland Logan River catchment_South East Queensland_11356"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74456	"Riverine wetland Logan River catchment_South East Queensland_11356"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74462	"Palustrine wetland Logan River catchment_South East Queensland_11358"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74463	"Palustrine wetland Logan River catchment_South East Queensland_11358"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74464	"Palustrine wetland Logan River catchment_South East Queensland_11358"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74465	"Palustrine wetland Logan River catchment_South East Queensland_11358"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74466	"Palustrine wetland Logan River catchment_South East Queensland_11358"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74467	"Palustrine wetland Logan River catchment_South East Queensland_11358"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74468	"Palustrine wetland Logan River catchment_South East Queensland_11358"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74469	"Palustrine wetland Logan River catchment_South East Queensland_11358"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74470	"Palustrine wetland Logan River catchment_South East Queensland_11358"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74471	"Riverine wetland Logan River catchment_South East Queensland_11359"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74472	"Riverine wetland Logan River catchment_South East Queensland_11359"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74473	"Riverine wetland Logan River catchment_South East Queensland_11359"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74474	"Riverine wetland Logan River catchment_South East Queensland_11359"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74475	"Riverine wetland Logan River catchment_South East Queensland_11359"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74476	"Riverine wetland Logan River catchment_South East Queensland_11359"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74477	"Riverine wetland Logan River catchment_South East Queensland_11359"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74478	"Riverine wetland Logan River catchment_South East Queensland_11359"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74479	"Riverine wetland Logan River catchment_South East Queensland_11359"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74480	"Riverine wetland Logan River catchment_South East Queensland_11360"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74481	"Riverine wetland Logan River catchment_South East Queensland_11360"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74482	"Riverine wetland Logan River catchment_South East Queensland_11360"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74483	"Riverine wetland Logan River catchment_South East Queensland_11360"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74484	"Riverine wetland Logan River catchment_South East Queensland_11360"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74485	"Riverine wetland Logan River catchment_South East Queensland_11360"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74486	"Riverine wetland Logan River catchment_South East Queensland_11360"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74487	"Riverine wetland Logan River catchment_South East Queensland_11360"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74488	"Riverine wetland Logan River catchment_South East Queensland_11360"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74489	"Palustrine wetland Logan River catchment_South East Queensland_11361"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74490	"Palustrine wetland Logan River catchment_South East Queensland_11361"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74491	"Palustrine wetland Logan River catchment_South East Queensland_11361"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74492	"Palustrine wetland Logan River catchment_South East Queensland_11361"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74493	"Palustrine wetland Logan River catchment_South East Queensland_11361"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74494	"Palustrine wetland Logan River catchment_South East Queensland_11361"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74495	"Palustrine wetland Logan River catchment_South East Queensland_11361"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74496	"Palustrine wetland Logan River catchment_South East Queensland_11361"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74497	"Palustrine wetland Logan River catchment_South East Queensland_11361"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74498	"Palustrine wetland Logan River catchment_South East Queensland_11362"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74499	"Palustrine wetland Logan River catchment_South East Queensland_11362"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74500	"Palustrine wetland Logan River catchment_South East Queensland_11362"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74501	"Palustrine wetland Logan River catchment_South East Queensland_11362"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74502	"Palustrine wetland Logan River catchment_South East Queensland_11362"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74503	"Palustrine wetland Logan River catchment_South East Queensland_11362"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74504	"Palustrine wetland Logan River catchment_South East Queensland_11362"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74505	"Palustrine wetland Logan River catchment_South East Queensland_11362"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74506	"Palustrine wetland Logan River catchment_South East Queensland_11362"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74507	"Palustrine wetland Logan River catchment_South East Queensland_11363"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74508	"Palustrine wetland Logan River catchment_South East Queensland_11363"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74509	"Palustrine wetland Logan River catchment_South East Queensland_11363"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74510	"Palustrine wetland Logan River catchment_South East Queensland_11363"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74511	"Palustrine wetland Logan River catchment_South East Queensland_11363"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74512	"Palustrine wetland Logan River catchment_South East Queensland_11363"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74513	"Palustrine wetland Logan River catchment_South East Queensland_11363"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74514	"Palustrine wetland Logan River catchment_South East Queensland_11363"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74515	"Palustrine wetland Logan River catchment_South East Queensland_11363"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74516	"Riverine wetland Logan River catchment_South East Queensland_11364"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74517	"Riverine wetland Logan River catchment_South East Queensland_11364"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74518	"Riverine wetland Logan River catchment_South East Queensland_11364"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74519	"Riverine wetland Logan River catchment_South East Queensland_11364"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74520	"Riverine wetland Logan River catchment_South East Queensland_11364"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74521	"Riverine wetland Logan River catchment_South East Queensland_11364"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74522	"Riverine wetland Logan River catchment_South East Queensland_11364"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74523	"Riverine wetland Logan River catchment_South East Queensland_11364"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74524	"Riverine wetland Logan River catchment_South East Queensland_11364"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74530	"Riverine wetland Logan River catchment_South East Queensland_11366"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74531	"Riverine wetland Logan River catchment_South East Queensland_11366"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74532	"Riverine wetland Logan River catchment_South East Queensland_11366"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74533	"Riverine wetland Logan River catchment_South East Queensland_11366"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74534	"Riverine wetland Logan River catchment_South East Queensland_11366"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74535	"Riverine wetland Logan River catchment_South East Queensland_11366"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74536	"Riverine wetland Logan River catchment_South East Queensland_11366"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74537	"Riverine wetland Logan River catchment_South East Queensland_11366"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74538	"Riverine wetland Logan River catchment_South East Queensland_11366"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74554	"Riverine wetland Logan River catchment_South East Queensland_11370"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74555	"Riverine wetland Logan River catchment_South East Queensland_11370"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74556	"Riverine wetland Logan River catchment_South East Queensland_11370"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74557	"Riverine wetland Logan River catchment_South East Queensland_11370"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74558	"Riverine wetland Logan River catchment_South East Queensland_11370"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74559	"Riverine wetland Logan River catchment_South East Queensland_11370"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74560	"Riverine wetland Logan River catchment_South East Queensland_11370"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74561	"Riverine wetland Logan River catchment_South East Queensland_11370"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74562	"Riverine wetland Logan River catchment_South East Queensland_11370"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74568	"Riverine wetland Logan River catchment_South East Queensland_11372"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74569	"Riverine wetland Logan River catchment_South East Queensland_11372"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74570	"Riverine wetland Logan River catchment_South East Queensland_11372"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74571	"Riverine wetland Logan River catchment_South East Queensland_11372"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74572	"Riverine wetland Logan River catchment_South East Queensland_11372"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74573	"Riverine wetland Logan River catchment_South East Queensland_11372"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74574	"Riverine wetland Logan River catchment_South East Queensland_11372"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74575	"Riverine wetland Logan River catchment_South East Queensland_11372"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74576	"Riverine wetland Logan River catchment_South East Queensland_11372"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74582	"Riverine wetland Logan River catchment_South East Queensland_11374"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74583	"Riverine wetland Logan River catchment_South East Queensland_11374"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74584	"Riverine wetland Logan River catchment_South East Queensland_11374"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74585	"Riverine wetland Logan River catchment_South East Queensland_11374"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74586	"Riverine wetland Logan River catchment_South East Queensland_11374"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74587	"Riverine wetland Logan River catchment_South East Queensland_11374"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74588	"Riverine wetland Logan River catchment_South East Queensland_11374"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74589	"Riverine wetland Logan River catchment_South East Queensland_11374"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74590	"Riverine wetland Logan River catchment_South East Queensland_11374"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74596	"Riverine wetland Logan River catchment_South East Queensland_11376"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74597	"Riverine wetland Logan River catchment_South East Queensland_11376"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74598	"Riverine wetland Logan River catchment_South East Queensland_11376"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74599	"Riverine wetland Logan River catchment_South East Queensland_11376"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74600	"Riverine wetland Logan River catchment_South East Queensland_11376"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74601	"Riverine wetland Logan River catchment_South East Queensland_11376"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74602	"Riverine wetland Logan River catchment_South East Queensland_11376"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74603	"Riverine wetland Logan River catchment_South East Queensland_11376"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74604	"Riverine wetland Logan River catchment_South East Queensland_11376"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74605	"Riverine wetland Logan River catchment_South East Queensland_11377"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74606	"Riverine wetland Logan River catchment_South East Queensland_11377"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74607	"Riverine wetland Logan River catchment_South East Queensland_11377"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74608	"Riverine wetland Logan River catchment_South East Queensland_11377"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74609	"Riverine wetland Logan River catchment_South East Queensland_11377"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74610	"Riverine wetland Logan River catchment_South East Queensland_11377"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74611	"Riverine wetland Logan River catchment_South East Queensland_11377"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74612	"Riverine wetland Logan River catchment_South East Queensland_11377"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74613	"Riverine wetland Logan River catchment_South East Queensland_11377"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74614	"Riverine wetland Logan River catchment_South East Queensland_11378"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74615	"Riverine wetland Logan River catchment_South East Queensland_11378"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74616	"Riverine wetland Logan River catchment_South East Queensland_11378"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74617	"Riverine wetland Logan River catchment_South East Queensland_11378"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74618	"Riverine wetland Logan River catchment_South East Queensland_11378"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74619	"Riverine wetland Logan River catchment_South East Queensland_11378"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74620	"Riverine wetland Logan River catchment_South East Queensland_11378"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74621	"Riverine wetland Logan River catchment_South East Queensland_11378"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74622	"Riverine wetland Logan River catchment_South East Queensland_11378"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74623	"Riverine wetland Logan River catchment_South East Queensland_11379"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74624	"Riverine wetland Logan River catchment_South East Queensland_11379"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74625	"Riverine wetland Logan River catchment_South East Queensland_11379"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74626	"Riverine wetland Logan River catchment_South East Queensland_11379"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74627	"Riverine wetland Logan River catchment_South East Queensland_11379"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74628	"Riverine wetland Logan River catchment_South East Queensland_11379"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74629	"Riverine wetland Logan River catchment_South East Queensland_11379"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74630	"Riverine wetland Logan River catchment_South East Queensland_11379"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74631	"Riverine wetland Logan River catchment_South East Queensland_11379"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74632	"Riverine wetland Albert River catchment_South East Queensland_11380"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74633	"Riverine wetland Albert River catchment_South East Queensland_11380"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74634	"Riverine wetland Albert River catchment_South East Queensland_11380"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74635	"Riverine wetland Albert River catchment_South East Queensland_11380"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74636	"Riverine wetland Albert River catchment_South East Queensland_11380"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74637	"Riverine wetland Albert River catchment_South East Queensland_11380"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74638	"Riverine wetland Albert River catchment_South East Queensland_11380"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74639	"Riverine wetland Albert River catchment_South East Queensland_11380"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74640	"Riverine wetland Albert River catchment_South East Queensland_11380"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74641	"Riverine wetland Logan River catchment_South East Queensland_11381"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74642	"Riverine wetland Logan River catchment_South East Queensland_11381"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74643	"Riverine wetland Logan River catchment_South East Queensland_11381"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74644	"Riverine wetland Logan River catchment_South East Queensland_11381"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74645	"Riverine wetland Logan River catchment_South East Queensland_11381"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74646	"Riverine wetland Logan River catchment_South East Queensland_11381"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74647	"Riverine wetland Logan River catchment_South East Queensland_11381"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74648	"Riverine wetland Logan River catchment_South East Queensland_11381"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74649	"Riverine wetland Logan River catchment_South East Queensland_11381"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74650	"Riverine wetland Logan River catchment_South East Queensland_11382"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74651	"Riverine wetland Logan River catchment_South East Queensland_11382"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74652	"Riverine wetland Logan River catchment_South East Queensland_11382"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74653	"Riverine wetland Logan River catchment_South East Queensland_11382"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74654	"Riverine wetland Logan River catchment_South East Queensland_11382"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74655	"Riverine wetland Logan River catchment_South East Queensland_11382"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74656	"Riverine wetland Logan River catchment_South East Queensland_11382"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74657	"Riverine wetland Logan River catchment_South East Queensland_11382"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74658	"Riverine wetland Logan River catchment_South East Queensland_11382"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74664	"Riverine wetland Logan River catchment_South East Queensland_11384"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74665	"Riverine wetland Logan River catchment_South East Queensland_11384"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74666	"Riverine wetland Logan River catchment_South East Queensland_11384"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74667	"Riverine wetland Logan River catchment_South East Queensland_11384"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74668	"Riverine wetland Logan River catchment_South East Queensland_11384"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74669	"Riverine wetland Logan River catchment_South East Queensland_11384"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74670	"Riverine wetland Logan River catchment_South East Queensland_11384"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74671	"Riverine wetland Logan River catchment_South East Queensland_11384"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74672	"Riverine wetland Logan River catchment_South East Queensland_11384"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74673	"Riverine wetland Logan River catchment_South East Queensland_11385"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74674	"Riverine wetland Logan River catchment_South East Queensland_11385"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74675	"Riverine wetland Logan River catchment_South East Queensland_11385"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74676	"Riverine wetland Logan River catchment_South East Queensland_11385"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74677	"Riverine wetland Logan River catchment_South East Queensland_11385"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74678	"Riverine wetland Logan River catchment_South East Queensland_11385"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74679	"Riverine wetland Logan River catchment_South East Queensland_11385"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74680	"Riverine wetland Logan River catchment_South East Queensland_11385"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74681	"Riverine wetland Logan River catchment_South East Queensland_11385"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74682	"Riverine wetland Albert River catchment_South East Queensland_11386"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74683	"Riverine wetland Albert River catchment_South East Queensland_11386"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74684	"Riverine wetland Albert River catchment_South East Queensland_11386"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74685	"Riverine wetland Albert River catchment_South East Queensland_11386"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74686	"Riverine wetland Albert River catchment_South East Queensland_11386"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74687	"Riverine wetland Albert River catchment_South East Queensland_11386"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74688	"Riverine wetland Albert River catchment_South East Queensland_11386"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74689	"Riverine wetland Albert River catchment_South East Queensland_11386"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74690	"Riverine wetland Albert River catchment_South East Queensland_11386"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74691	"Riverine wetland Albert River catchment_South East Queensland_11387"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74692	"Riverine wetland Albert River catchment_South East Queensland_11387"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74693	"Riverine wetland Albert River catchment_South East Queensland_11387"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74694	"Riverine wetland Albert River catchment_South East Queensland_11387"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74695	"Riverine wetland Albert River catchment_South East Queensland_11387"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74696	"Riverine wetland Albert River catchment_South East Queensland_11387"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74697	"Riverine wetland Albert River catchment_South East Queensland_11387"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74698	"Riverine wetland Albert River catchment_South East Queensland_11387"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74699	"Riverine wetland Albert River catchment_South East Queensland_11387"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74700	"Riverine wetland Logan River catchment_South East Queensland_11388"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74701	"Riverine wetland Logan River catchment_South East Queensland_11388"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74702	"Riverine wetland Logan River catchment_South East Queensland_11388"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74703	"Riverine wetland Logan River catchment_South East Queensland_11388"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74704	"Riverine wetland Logan River catchment_South East Queensland_11388"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74705	"Riverine wetland Logan River catchment_South East Queensland_11388"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74706	"Riverine wetland Logan River catchment_South East Queensland_11388"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74707	"Riverine wetland Logan River catchment_South East Queensland_11388"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74708	"Riverine wetland Logan River catchment_South East Queensland_11388"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74709	"Riverine wetland Albert River catchment_South East Queensland_11389"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74710	"Riverine wetland Albert River catchment_South East Queensland_11389"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74711	"Riverine wetland Albert River catchment_South East Queensland_11389"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74712	"Riverine wetland Albert River catchment_South East Queensland_11389"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74713	"Riverine wetland Albert River catchment_South East Queensland_11389"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74714	"Riverine wetland Albert River catchment_South East Queensland_11389"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74715	"Riverine wetland Albert River catchment_South East Queensland_11389"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74716	"Riverine wetland Albert River catchment_South East Queensland_11389"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74717	"Riverine wetland Albert River catchment_South East Queensland_11389"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74733	"Riverine wetland Logan River catchment_South East Queensland_11393"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74734	"Riverine wetland Logan River catchment_South East Queensland_11393"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74735	"Riverine wetland Logan River catchment_South East Queensland_11393"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74736	"Riverine wetland Logan River catchment_South East Queensland_11393"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74737	"Riverine wetland Logan River catchment_South East Queensland_11393"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74738	"Riverine wetland Logan River catchment_South East Queensland_11393"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74739	"Riverine wetland Logan River catchment_South East Queensland_11393"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74740	"Riverine wetland Logan River catchment_South East Queensland_11393"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74741	"Riverine wetland Logan River catchment_South East Queensland_11393"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74742	"Riverine wetland Albert River catchment_South East Queensland_11394"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74743	"Riverine wetland Albert River catchment_South East Queensland_11394"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74744	"Riverine wetland Albert River catchment_South East Queensland_11394"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74745	"Riverine wetland Albert River catchment_South East Queensland_11394"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74746	"Riverine wetland Albert River catchment_South East Queensland_11394"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74747	"Riverine wetland Albert River catchment_South East Queensland_11394"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74748	"Riverine wetland Albert River catchment_South East Queensland_11394"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74749	"Riverine wetland Albert River catchment_South East Queensland_11394"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74750	"Riverine wetland Albert River catchment_South East Queensland_11394"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74751	"Riverine wetland Albert River catchment_South East Queensland_11395"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74752	"Riverine wetland Albert River catchment_South East Queensland_11395"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74753	"Riverine wetland Albert River catchment_South East Queensland_11395"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74754	"Riverine wetland Albert River catchment_South East Queensland_11395"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74755	"Riverine wetland Albert River catchment_South East Queensland_11395"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74756	"Riverine wetland Albert River catchment_South East Queensland_11395"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74757	"Riverine wetland Albert River catchment_South East Queensland_11395"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74758	"Riverine wetland Albert River catchment_South East Queensland_11395"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74759	"Riverine wetland Albert River catchment_South East Queensland_11395"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74760	"Riverine wetland Logan River catchment_South East Queensland_11396"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74761	"Riverine wetland Logan River catchment_South East Queensland_11396"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74762	"Riverine wetland Logan River catchment_South East Queensland_11396"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74763	"Riverine wetland Logan River catchment_South East Queensland_11396"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74764	"Riverine wetland Logan River catchment_South East Queensland_11396"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74765	"Riverine wetland Logan River catchment_South East Queensland_11396"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74766	"Riverine wetland Logan River catchment_South East Queensland_11396"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74767	"Riverine wetland Logan River catchment_South East Queensland_11396"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74768	"Riverine wetland Logan River catchment_South East Queensland_11396"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74769	"Riverine wetland Logan River catchment_South East Queensland_11397"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74770	"Riverine wetland Logan River catchment_South East Queensland_11397"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74771	"Riverine wetland Logan River catchment_South East Queensland_11397"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74772	"Riverine wetland Logan River catchment_South East Queensland_11397"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74773	"Riverine wetland Logan River catchment_South East Queensland_11397"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74774	"Riverine wetland Logan River catchment_South East Queensland_11397"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74775	"Riverine wetland Logan River catchment_South East Queensland_11397"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74776	"Riverine wetland Logan River catchment_South East Queensland_11397"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74777	"Riverine wetland Logan River catchment_South East Queensland_11397"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74822	"Riverine wetland Logan River catchment_South East Queensland_11406"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74823	"Riverine wetland Logan River catchment_South East Queensland_11406"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74824	"Riverine wetland Logan River catchment_South East Queensland_11406"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74825	"Riverine wetland Logan River catchment_South East Queensland_11406"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74826	"Riverine wetland Logan River catchment_South East Queensland_11406"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74827	"Riverine wetland Logan River catchment_South East Queensland_11406"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74828	"Riverine wetland Logan River catchment_South East Queensland_11406"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74829	"Riverine wetland Logan River catchment_South East Queensland_11406"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74830	"Riverine wetland Logan River catchment_South East Queensland_11406"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74831	"Riverine wetland Logan River catchment_South East Queensland_11407"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74832	"Riverine wetland Logan River catchment_South East Queensland_11407"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74833	"Riverine wetland Logan River catchment_South East Queensland_11407"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74834	"Riverine wetland Logan River catchment_South East Queensland_11407"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74835	"Riverine wetland Logan River catchment_South East Queensland_11407"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74836	"Riverine wetland Logan River catchment_South East Queensland_11407"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74837	"Riverine wetland Logan River catchment_South East Queensland_11407"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74838	"Riverine wetland Logan River catchment_South East Queensland_11407"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74839	"Riverine wetland Logan River catchment_South East Queensland_11407"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74840	"Riverine wetland Albert River catchment_South East Queensland_11408"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74841	"Riverine wetland Albert River catchment_South East Queensland_11408"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74842	"Riverine wetland Albert River catchment_South East Queensland_11408"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74843	"Riverine wetland Albert River catchment_South East Queensland_11408"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74844	"Riverine wetland Albert River catchment_South East Queensland_11408"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74845	"Riverine wetland Albert River catchment_South East Queensland_11408"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74846	"Riverine wetland Albert River catchment_South East Queensland_11408"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74847	"Riverine wetland Albert River catchment_South East Queensland_11408"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74848	"Riverine wetland Albert River catchment_South East Queensland_11408"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74849	"Riverine wetland Logan River catchment_South East Queensland_11409"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74850	"Riverine wetland Logan River catchment_South East Queensland_11409"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74851	"Riverine wetland Logan River catchment_South East Queensland_11409"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74852	"Riverine wetland Logan River catchment_South East Queensland_11409"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74853	"Riverine wetland Logan River catchment_South East Queensland_11409"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74854	"Riverine wetland Logan River catchment_South East Queensland_11409"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74855	"Riverine wetland Logan River catchment_South East Queensland_11409"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74856	"Riverine wetland Logan River catchment_South East Queensland_11409"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74857	"Riverine wetland Logan River catchment_South East Queensland_11409"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74858	"Riverine wetland Logan River catchment_South East Queensland_11410"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74859	"Riverine wetland Logan River catchment_South East Queensland_11410"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74860	"Riverine wetland Logan River catchment_South East Queensland_11410"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74861	"Riverine wetland Logan River catchment_South East Queensland_11410"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74862	"Riverine wetland Logan River catchment_South East Queensland_11410"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74863	"Riverine wetland Logan River catchment_South East Queensland_11410"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74864	"Riverine wetland Logan River catchment_South East Queensland_11410"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74865	"Riverine wetland Logan River catchment_South East Queensland_11410"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74866	"Riverine wetland Logan River catchment_South East Queensland_11410"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74867	"Riverine wetland Logan River catchment_South East Queensland_11411"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74868	"Riverine wetland Logan River catchment_South East Queensland_11411"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74869	"Riverine wetland Logan River catchment_South East Queensland_11411"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74870	"Riverine wetland Logan River catchment_South East Queensland_11411"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74871	"Riverine wetland Logan River catchment_South East Queensland_11411"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74872	"Riverine wetland Logan River catchment_South East Queensland_11411"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74873	"Riverine wetland Logan River catchment_South East Queensland_11411"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74874	"Riverine wetland Logan River catchment_South East Queensland_11411"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74875	"Riverine wetland Logan River catchment_South East Queensland_11411"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74876	"Riverine wetland Albert River catchment_South East Queensland_11412"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74877	"Riverine wetland Albert River catchment_South East Queensland_11412"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74878	"Riverine wetland Albert River catchment_South East Queensland_11412"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74879	"Riverine wetland Albert River catchment_South East Queensland_11412"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74880	"Riverine wetland Albert River catchment_South East Queensland_11412"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74881	"Riverine wetland Albert River catchment_South East Queensland_11412"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74882	"Riverine wetland Albert River catchment_South East Queensland_11412"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74883	"Riverine wetland Albert River catchment_South East Queensland_11412"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74884	"Riverine wetland Albert River catchment_South East Queensland_11412"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74885	"Riverine wetland Albert River catchment_South East Queensland_11413"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74886	"Riverine wetland Albert River catchment_South East Queensland_11413"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74887	"Riverine wetland Albert River catchment_South East Queensland_11413"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74888	"Riverine wetland Albert River catchment_South East Queensland_11413"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74889	"Riverine wetland Albert River catchment_South East Queensland_11413"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74890	"Riverine wetland Albert River catchment_South East Queensland_11413"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74891	"Riverine wetland Albert River catchment_South East Queensland_11413"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74892	"Riverine wetland Albert River catchment_South East Queensland_11413"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74893	"Riverine wetland Albert River catchment_South East Queensland_11413"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74894	"Riverine wetland Logan River catchment_South East Queensland_11414"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74895	"Riverine wetland Logan River catchment_South East Queensland_11414"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74896	"Riverine wetland Logan River catchment_South East Queensland_11414"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74897	"Riverine wetland Logan River catchment_South East Queensland_11414"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74898	"Riverine wetland Logan River catchment_South East Queensland_11414"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74899	"Riverine wetland Logan River catchment_South East Queensland_11414"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74900	"Riverine wetland Logan River catchment_South East Queensland_11414"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74901	"Riverine wetland Logan River catchment_South East Queensland_11414"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74902	"Riverine wetland Logan River catchment_South East Queensland_11414"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74903	"Riverine wetland Logan River catchment_South East Queensland_11415"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74904	"Riverine wetland Logan River catchment_South East Queensland_11415"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74905	"Riverine wetland Logan River catchment_South East Queensland_11415"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74906	"Riverine wetland Logan River catchment_South East Queensland_11415"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74907	"Riverine wetland Logan River catchment_South East Queensland_11415"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74908	"Riverine wetland Logan River catchment_South East Queensland_11415"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74909	"Riverine wetland Logan River catchment_South East Queensland_11415"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74910	"Riverine wetland Logan River catchment_South East Queensland_11415"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74911	"Riverine wetland Logan River catchment_South East Queensland_11415"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74912	"Riverine wetland Logan River catchment_South East Queensland_11416"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74913	"Riverine wetland Logan River catchment_South East Queensland_11416"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74914	"Riverine wetland Logan River catchment_South East Queensland_11416"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74915	"Riverine wetland Logan River catchment_South East Queensland_11416"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74916	"Riverine wetland Logan River catchment_South East Queensland_11416"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74917	"Riverine wetland Logan River catchment_South East Queensland_11416"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74918	"Riverine wetland Logan River catchment_South East Queensland_11416"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74919	"Riverine wetland Logan River catchment_South East Queensland_11416"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74920	"Riverine wetland Logan River catchment_South East Queensland_11416"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74921	"Riverine wetland Logan River catchment_South East Queensland_11417"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74922	"Riverine wetland Logan River catchment_South East Queensland_11417"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74923	"Riverine wetland Logan River catchment_South East Queensland_11417"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74924	"Riverine wetland Logan River catchment_South East Queensland_11417"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74925	"Riverine wetland Logan River catchment_South East Queensland_11417"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74926	"Riverine wetland Logan River catchment_South East Queensland_11417"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74927	"Riverine wetland Logan River catchment_South East Queensland_11417"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74928	"Riverine wetland Logan River catchment_South East Queensland_11417"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74929	"Riverine wetland Logan River catchment_South East Queensland_11417"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74935	"Riverine wetland Logan River catchment_South East Queensland_11419"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74936	"Riverine wetland Logan River catchment_South East Queensland_11419"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74937	"Riverine wetland Logan River catchment_South East Queensland_11419"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74938	"Riverine wetland Logan River catchment_South East Queensland_11419"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74939	"Riverine wetland Logan River catchment_South East Queensland_11419"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74940	"Riverine wetland Logan River catchment_South East Queensland_11419"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74941	"Riverine wetland Logan River catchment_South East Queensland_11419"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74942	"Riverine wetland Logan River catchment_South East Queensland_11419"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74943	"Riverine wetland Logan River catchment_South East Queensland_11419"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74944	"Riverine wetland Logan River catchment_South East Queensland_11420"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74945	"Riverine wetland Logan River catchment_South East Queensland_11420"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74946	"Riverine wetland Logan River catchment_South East Queensland_11420"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74947	"Riverine wetland Logan River catchment_South East Queensland_11420"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74948	"Riverine wetland Logan River catchment_South East Queensland_11420"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74949	"Riverine wetland Logan River catchment_South East Queensland_11420"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74950	"Riverine wetland Logan River catchment_South East Queensland_11420"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74951	"Riverine wetland Logan River catchment_South East Queensland_11420"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74952	"Riverine wetland Logan River catchment_South East Queensland_11420"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74953	"Riverine wetland Logan River catchment_South East Queensland_11421"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74954	"Riverine wetland Logan River catchment_South East Queensland_11421"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74955	"Riverine wetland Logan River catchment_South East Queensland_11421"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74956	"Riverine wetland Logan River catchment_South East Queensland_11421"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74957	"Riverine wetland Logan River catchment_South East Queensland_11421"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74958	"Riverine wetland Logan River catchment_South East Queensland_11421"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74959	"Riverine wetland Logan River catchment_South East Queensland_11421"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74960	"Riverine wetland Logan River catchment_South East Queensland_11421"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74961	"Riverine wetland Logan River catchment_South East Queensland_11421"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74962	"Riverine wetland Albert River catchment_South East Queensland_11422"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74963	"Riverine wetland Albert River catchment_South East Queensland_11422"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74964	"Riverine wetland Albert River catchment_South East Queensland_11422"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74965	"Riverine wetland Albert River catchment_South East Queensland_11422"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74966	"Riverine wetland Albert River catchment_South East Queensland_11422"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74967	"Riverine wetland Albert River catchment_South East Queensland_11422"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74968	"Riverine wetland Albert River catchment_South East Queensland_11422"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74969	"Riverine wetland Albert River catchment_South East Queensland_11422"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74970	"Riverine wetland Albert River catchment_South East Queensland_11422"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74971	"Riverine wetland Albert River catchment_South East Queensland_11423"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74972	"Riverine wetland Albert River catchment_South East Queensland_11423"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74973	"Riverine wetland Albert River catchment_South East Queensland_11423"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74974	"Riverine wetland Albert River catchment_South East Queensland_11423"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74975	"Riverine wetland Albert River catchment_South East Queensland_11423"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74976	"Riverine wetland Albert River catchment_South East Queensland_11423"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74977	"Riverine wetland Albert River catchment_South East Queensland_11423"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74978	"Riverine wetland Albert River catchment_South East Queensland_11423"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74979	"Riverine wetland Albert River catchment_South East Queensland_11423"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74980	"Riverine wetland Albert River catchment_South East Queensland_11424"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74981	"Riverine wetland Albert River catchment_South East Queensland_11424"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74982	"Riverine wetland Albert River catchment_South East Queensland_11424"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74983	"Riverine wetland Albert River catchment_South East Queensland_11424"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74984	"Riverine wetland Albert River catchment_South East Queensland_11424"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74985	"Riverine wetland Albert River catchment_South East Queensland_11424"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74986	"Riverine wetland Albert River catchment_South East Queensland_11424"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74987	"Riverine wetland Albert River catchment_South East Queensland_11424"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74988	"Riverine wetland Albert River catchment_South East Queensland_11424"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74989	"Riverine wetland Albert River catchment_South East Queensland_11425"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74990	"Riverine wetland Albert River catchment_South East Queensland_11425"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
74991	"Riverine wetland Albert River catchment_South East Queensland_11425"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
74992	"Riverine wetland Albert River catchment_South East Queensland_11425"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
74993	"Riverine wetland Albert River catchment_South East Queensland_11425"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74994	"Riverine wetland Albert River catchment_South East Queensland_11425"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
74995	"Riverine wetland Albert River catchment_South East Queensland_11425"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
74996	"Riverine wetland Albert River catchment_South East Queensland_11425"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
74997	"Riverine wetland Albert River catchment_South East Queensland_11425"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
74998	"Riverine wetland Logan River catchment_South East Queensland_11426"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
74999	"Riverine wetland Logan River catchment_South East Queensland_11426"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75000	"Riverine wetland Logan River catchment_South East Queensland_11426"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75001	"Riverine wetland Logan River catchment_South East Queensland_11426"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75002	"Riverine wetland Logan River catchment_South East Queensland_11426"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75003	"Riverine wetland Logan River catchment_South East Queensland_11426"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75004	"Riverine wetland Logan River catchment_South East Queensland_11426"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75005	"Riverine wetland Logan River catchment_South East Queensland_11426"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75006	"Riverine wetland Logan River catchment_South East Queensland_11426"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75007	"Riverine wetland Logan River catchment_South East Queensland_11427"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75008	"Riverine wetland Logan River catchment_South East Queensland_11427"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75009	"Riverine wetland Logan River catchment_South East Queensland_11427"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75010	"Riverine wetland Logan River catchment_South East Queensland_11427"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75011	"Riverine wetland Logan River catchment_South East Queensland_11427"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75012	"Riverine wetland Logan River catchment_South East Queensland_11427"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75013	"Riverine wetland Logan River catchment_South East Queensland_11427"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75014	"Riverine wetland Logan River catchment_South East Queensland_11427"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75015	"Riverine wetland Logan River catchment_South East Queensland_11427"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75016	"Riverine wetland Logan River catchment_South East Queensland_11428"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75017	"Riverine wetland Logan River catchment_South East Queensland_11428"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75018	"Riverine wetland Logan River catchment_South East Queensland_11428"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75019	"Riverine wetland Logan River catchment_South East Queensland_11428"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75020	"Riverine wetland Logan River catchment_South East Queensland_11428"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75021	"Riverine wetland Logan River catchment_South East Queensland_11428"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75022	"Riverine wetland Logan River catchment_South East Queensland_11428"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75023	"Riverine wetland Logan River catchment_South East Queensland_11428"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75024	"Riverine wetland Logan River catchment_South East Queensland_11428"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75025	"Riverine wetland Logan River catchment_South East Queensland_11429"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75026	"Riverine wetland Logan River catchment_South East Queensland_11429"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75027	"Riverine wetland Logan River catchment_South East Queensland_11429"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75028	"Riverine wetland Logan River catchment_South East Queensland_11429"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75029	"Riverine wetland Logan River catchment_South East Queensland_11429"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75030	"Riverine wetland Logan River catchment_South East Queensland_11429"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75031	"Riverine wetland Logan River catchment_South East Queensland_11429"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75032	"Riverine wetland Logan River catchment_South East Queensland_11429"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75033	"Riverine wetland Logan River catchment_South East Queensland_11429"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75039	"Palustrine wetland Logan River catchment_South East Queensland_11431"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75040	"Palustrine wetland Logan River catchment_South East Queensland_11431"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75041	"Palustrine wetland Logan River catchment_South East Queensland_11431"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75042	"Palustrine wetland Logan River catchment_South East Queensland_11431"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75043	"Palustrine wetland Logan River catchment_South East Queensland_11431"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75044	"Palustrine wetland Logan River catchment_South East Queensland_11431"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75045	"Palustrine wetland Logan River catchment_South East Queensland_11431"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75046	"Palustrine wetland Logan River catchment_South East Queensland_11431"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75047	"Palustrine wetland Logan River catchment_South East Queensland_11431"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75068	"Riverine wetland Logan River catchment_South East Queensland_11436"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75069	"Riverine wetland Logan River catchment_South East Queensland_11436"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75070	"Riverine wetland Logan River catchment_South East Queensland_11436"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75071	"Riverine wetland Logan River catchment_South East Queensland_11436"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75072	"Riverine wetland Logan River catchment_South East Queensland_11436"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75073	"Riverine wetland Logan River catchment_South East Queensland_11436"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75074	"Riverine wetland Logan River catchment_South East Queensland_11436"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75075	"Riverine wetland Logan River catchment_South East Queensland_11436"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75076	"Riverine wetland Logan River catchment_South East Queensland_11436"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75077	"Riverine wetland Logan River catchment_South East Queensland_11437"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75078	"Riverine wetland Logan River catchment_South East Queensland_11437"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75079	"Riverine wetland Logan River catchment_South East Queensland_11437"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75080	"Riverine wetland Logan River catchment_South East Queensland_11437"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75081	"Riverine wetland Logan River catchment_South East Queensland_11437"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75082	"Riverine wetland Logan River catchment_South East Queensland_11437"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75083	"Riverine wetland Logan River catchment_South East Queensland_11437"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75084	"Riverine wetland Logan River catchment_South East Queensland_11437"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75085	"Riverine wetland Logan River catchment_South East Queensland_11437"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75086	"Riverine wetland Logan River catchment_South East Queensland_11438"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75087	"Riverine wetland Logan River catchment_South East Queensland_11438"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75088	"Riverine wetland Logan River catchment_South East Queensland_11438"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75089	"Riverine wetland Logan River catchment_South East Queensland_11438"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75090	"Riverine wetland Logan River catchment_South East Queensland_11438"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75091	"Riverine wetland Logan River catchment_South East Queensland_11438"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75092	"Riverine wetland Logan River catchment_South East Queensland_11438"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75093	"Riverine wetland Logan River catchment_South East Queensland_11438"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75094	"Riverine wetland Logan River catchment_South East Queensland_11438"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75095	"Riverine wetland Logan River catchment_South East Queensland_11439"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75096	"Riverine wetland Logan River catchment_South East Queensland_11439"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75097	"Riverine wetland Logan River catchment_South East Queensland_11439"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75098	"Riverine wetland Logan River catchment_South East Queensland_11439"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75099	"Riverine wetland Logan River catchment_South East Queensland_11439"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75100	"Riverine wetland Logan River catchment_South East Queensland_11439"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75101	"Riverine wetland Logan River catchment_South East Queensland_11439"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75102	"Riverine wetland Logan River catchment_South East Queensland_11439"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75103	"Riverine wetland Logan River catchment_South East Queensland_11439"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75104	"Riverine wetland Logan River catchment_South East Queensland_11440"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75105	"Riverine wetland Logan River catchment_South East Queensland_11440"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75106	"Riverine wetland Logan River catchment_South East Queensland_11440"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75107	"Riverine wetland Logan River catchment_South East Queensland_11440"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75108	"Riverine wetland Logan River catchment_South East Queensland_11440"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75109	"Riverine wetland Logan River catchment_South East Queensland_11440"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75110	"Riverine wetland Logan River catchment_South East Queensland_11440"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75111	"Riverine wetland Logan River catchment_South East Queensland_11440"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75112	"Riverine wetland Logan River catchment_South East Queensland_11440"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75113	"Riverine wetland Logan River catchment_South East Queensland_11441"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75114	"Riverine wetland Logan River catchment_South East Queensland_11441"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75115	"Riverine wetland Logan River catchment_South East Queensland_11441"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75116	"Riverine wetland Logan River catchment_South East Queensland_11441"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75117	"Riverine wetland Logan River catchment_South East Queensland_11441"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75118	"Riverine wetland Logan River catchment_South East Queensland_11441"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75119	"Riverine wetland Logan River catchment_South East Queensland_11441"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75120	"Riverine wetland Logan River catchment_South East Queensland_11441"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75121	"Riverine wetland Logan River catchment_South East Queensland_11441"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75122	"Riverine wetland Albert River catchment_South East Queensland_11442"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75123	"Riverine wetland Albert River catchment_South East Queensland_11442"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75124	"Riverine wetland Albert River catchment_South East Queensland_11442"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75125	"Riverine wetland Albert River catchment_South East Queensland_11442"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75126	"Riverine wetland Albert River catchment_South East Queensland_11442"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75127	"Riverine wetland Albert River catchment_South East Queensland_11442"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75128	"Riverine wetland Albert River catchment_South East Queensland_11442"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75129	"Riverine wetland Albert River catchment_South East Queensland_11442"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75130	"Riverine wetland Albert River catchment_South East Queensland_11442"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75131	"Riverine wetland Albert River catchment_South East Queensland_11443"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75132	"Riverine wetland Albert River catchment_South East Queensland_11443"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75133	"Riverine wetland Albert River catchment_South East Queensland_11443"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75134	"Riverine wetland Albert River catchment_South East Queensland_11443"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75135	"Riverine wetland Albert River catchment_South East Queensland_11443"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75136	"Riverine wetland Albert River catchment_South East Queensland_11443"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75137	"Riverine wetland Albert River catchment_South East Queensland_11443"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75138	"Riverine wetland Albert River catchment_South East Queensland_11443"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75139	"Riverine wetland Albert River catchment_South East Queensland_11443"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75140	"Riverine wetland Logan River catchment_South East Queensland_11444"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75141	"Riverine wetland Logan River catchment_South East Queensland_11444"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75142	"Riverine wetland Logan River catchment_South East Queensland_11444"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75143	"Riverine wetland Logan River catchment_South East Queensland_11444"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75144	"Riverine wetland Logan River catchment_South East Queensland_11444"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75145	"Riverine wetland Logan River catchment_South East Queensland_11444"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75146	"Riverine wetland Logan River catchment_South East Queensland_11444"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75147	"Riverine wetland Logan River catchment_South East Queensland_11444"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75148	"Riverine wetland Logan River catchment_South East Queensland_11444"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75149	"Riverine wetland Logan River catchment_South East Queensland_11445"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75150	"Riverine wetland Logan River catchment_South East Queensland_11445"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75151	"Riverine wetland Logan River catchment_South East Queensland_11445"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75152	"Riverine wetland Logan River catchment_South East Queensland_11445"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75153	"Riverine wetland Logan River catchment_South East Queensland_11445"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75154	"Riverine wetland Logan River catchment_South East Queensland_11445"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75155	"Riverine wetland Logan River catchment_South East Queensland_11445"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75156	"Riverine wetland Logan River catchment_South East Queensland_11445"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75157	"Riverine wetland Logan River catchment_South East Queensland_11445"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75158	"Riverine wetland Albert River catchment_South East Queensland_11446"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75159	"Riverine wetland Albert River catchment_South East Queensland_11446"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75160	"Riverine wetland Albert River catchment_South East Queensland_11446"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75161	"Riverine wetland Albert River catchment_South East Queensland_11446"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75162	"Riverine wetland Albert River catchment_South East Queensland_11446"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75163	"Riverine wetland Albert River catchment_South East Queensland_11446"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75164	"Riverine wetland Albert River catchment_South East Queensland_11446"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75165	"Riverine wetland Albert River catchment_South East Queensland_11446"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75166	"Riverine wetland Albert River catchment_South East Queensland_11446"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75167	"Riverine wetland Albert River catchment_South East Queensland_11447"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75168	"Riverine wetland Albert River catchment_South East Queensland_11447"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75169	"Riverine wetland Albert River catchment_South East Queensland_11447"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75170	"Riverine wetland Albert River catchment_South East Queensland_11447"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75171	"Riverine wetland Albert River catchment_South East Queensland_11447"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75172	"Riverine wetland Albert River catchment_South East Queensland_11447"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75173	"Riverine wetland Albert River catchment_South East Queensland_11447"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75174	"Riverine wetland Albert River catchment_South East Queensland_11447"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75175	"Riverine wetland Albert River catchment_South East Queensland_11447"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75176	"Riverine wetland Albert River catchment_South East Queensland_11448"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75177	"Riverine wetland Albert River catchment_South East Queensland_11448"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75178	"Riverine wetland Albert River catchment_South East Queensland_11448"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75179	"Riverine wetland Albert River catchment_South East Queensland_11448"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75180	"Riverine wetland Albert River catchment_South East Queensland_11448"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75181	"Riverine wetland Albert River catchment_South East Queensland_11448"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75182	"Riverine wetland Albert River catchment_South East Queensland_11448"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75183	"Riverine wetland Albert River catchment_South East Queensland_11448"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75184	"Riverine wetland Albert River catchment_South East Queensland_11448"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75185	"Riverine wetland Logan River catchment_South East Queensland_11449"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75186	"Riverine wetland Logan River catchment_South East Queensland_11449"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75187	"Riverine wetland Logan River catchment_South East Queensland_11449"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75188	"Riverine wetland Logan River catchment_South East Queensland_11449"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75189	"Riverine wetland Logan River catchment_South East Queensland_11449"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75190	"Riverine wetland Logan River catchment_South East Queensland_11449"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75191	"Riverine wetland Logan River catchment_South East Queensland_11449"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75192	"Riverine wetland Logan River catchment_South East Queensland_11449"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75193	"Riverine wetland Logan River catchment_South East Queensland_11449"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75194	"Riverine wetland Albert River catchment_South East Queensland_11450"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75195	"Riverine wetland Albert River catchment_South East Queensland_11450"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75196	"Riverine wetland Albert River catchment_South East Queensland_11450"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75197	"Riverine wetland Albert River catchment_South East Queensland_11450"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75198	"Riverine wetland Albert River catchment_South East Queensland_11450"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75199	"Riverine wetland Albert River catchment_South East Queensland_11450"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75200	"Riverine wetland Albert River catchment_South East Queensland_11450"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75201	"Riverine wetland Albert River catchment_South East Queensland_11450"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75202	"Riverine wetland Albert River catchment_South East Queensland_11450"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75203	"Palustrine wetland Logan River catchment_South East Queensland_11451"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75204	"Palustrine wetland Logan River catchment_South East Queensland_11451"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75205	"Palustrine wetland Logan River catchment_South East Queensland_11451"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75206	"Palustrine wetland Logan River catchment_South East Queensland_11451"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75207	"Palustrine wetland Logan River catchment_South East Queensland_11451"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75208	"Palustrine wetland Logan River catchment_South East Queensland_11451"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75209	"Palustrine wetland Logan River catchment_South East Queensland_11451"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75210	"Palustrine wetland Logan River catchment_South East Queensland_11451"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75211	"Palustrine wetland Logan River catchment_South East Queensland_11451"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75212	"Riverine wetland Logan River catchment_South East Queensland_11452"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75213	"Riverine wetland Logan River catchment_South East Queensland_11452"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75214	"Riverine wetland Logan River catchment_South East Queensland_11452"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75215	"Riverine wetland Logan River catchment_South East Queensland_11452"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75216	"Riverine wetland Logan River catchment_South East Queensland_11452"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75217	"Riverine wetland Logan River catchment_South East Queensland_11452"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75218	"Riverine wetland Logan River catchment_South East Queensland_11452"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75219	"Riverine wetland Logan River catchment_South East Queensland_11452"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75220	"Riverine wetland Logan River catchment_South East Queensland_11452"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75221	"Riverine wetland Logan River catchment_South East Queensland_11453"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75222	"Riverine wetland Logan River catchment_South East Queensland_11453"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75223	"Riverine wetland Logan River catchment_South East Queensland_11453"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75224	"Riverine wetland Logan River catchment_South East Queensland_11453"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75225	"Riverine wetland Logan River catchment_South East Queensland_11453"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75226	"Riverine wetland Logan River catchment_South East Queensland_11453"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75227	"Riverine wetland Logan River catchment_South East Queensland_11453"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75228	"Riverine wetland Logan River catchment_South East Queensland_11453"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75229	"Riverine wetland Logan River catchment_South East Queensland_11453"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75230	"Riverine wetland Logan River catchment_South East Queensland_11454"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75231	"Riverine wetland Logan River catchment_South East Queensland_11454"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75232	"Riverine wetland Logan River catchment_South East Queensland_11454"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75233	"Riverine wetland Logan River catchment_South East Queensland_11454"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75234	"Riverine wetland Logan River catchment_South East Queensland_11454"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75235	"Riverine wetland Logan River catchment_South East Queensland_11454"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75236	"Riverine wetland Logan River catchment_South East Queensland_11454"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75237	"Riverine wetland Logan River catchment_South East Queensland_11454"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75238	"Riverine wetland Logan River catchment_South East Queensland_11454"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75239	"Riverine wetland Albert River catchment_South East Queensland_11455"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75240	"Riverine wetland Albert River catchment_South East Queensland_11455"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75241	"Riverine wetland Albert River catchment_South East Queensland_11455"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75242	"Riverine wetland Albert River catchment_South East Queensland_11455"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75243	"Riverine wetland Albert River catchment_South East Queensland_11455"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75244	"Riverine wetland Albert River catchment_South East Queensland_11455"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75245	"Riverine wetland Albert River catchment_South East Queensland_11455"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75246	"Riverine wetland Albert River catchment_South East Queensland_11455"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75247	"Riverine wetland Albert River catchment_South East Queensland_11455"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75248	"Riverine wetland Logan River catchment_South East Queensland_11456"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75249	"Riverine wetland Logan River catchment_South East Queensland_11456"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75250	"Riverine wetland Logan River catchment_South East Queensland_11456"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75251	"Riverine wetland Logan River catchment_South East Queensland_11456"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75252	"Riverine wetland Logan River catchment_South East Queensland_11456"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75253	"Riverine wetland Logan River catchment_South East Queensland_11456"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75254	"Riverine wetland Logan River catchment_South East Queensland_11456"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75255	"Riverine wetland Logan River catchment_South East Queensland_11456"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75256	"Riverine wetland Logan River catchment_South East Queensland_11456"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75257	"Riverine wetland Logan River catchment_South East Queensland_11457"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75258	"Riverine wetland Logan River catchment_South East Queensland_11457"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75259	"Riverine wetland Logan River catchment_South East Queensland_11457"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75260	"Riverine wetland Logan River catchment_South East Queensland_11457"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75261	"Riverine wetland Logan River catchment_South East Queensland_11457"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75262	"Riverine wetland Logan River catchment_South East Queensland_11457"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75263	"Riverine wetland Logan River catchment_South East Queensland_11457"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75264	"Riverine wetland Logan River catchment_South East Queensland_11457"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75265	"Riverine wetland Logan River catchment_South East Queensland_11457"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75266	"Riverine wetland Logan River catchment_South East Queensland_11458"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75267	"Riverine wetland Logan River catchment_South East Queensland_11458"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75268	"Riverine wetland Logan River catchment_South East Queensland_11458"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75269	"Riverine wetland Logan River catchment_South East Queensland_11458"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75270	"Riverine wetland Logan River catchment_South East Queensland_11458"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75271	"Riverine wetland Logan River catchment_South East Queensland_11458"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75272	"Riverine wetland Logan River catchment_South East Queensland_11458"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75273	"Riverine wetland Logan River catchment_South East Queensland_11458"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75274	"Riverine wetland Logan River catchment_South East Queensland_11458"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75275	"Riverine wetland Logan River catchment_South East Queensland_11459"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75276	"Riverine wetland Logan River catchment_South East Queensland_11459"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75277	"Riverine wetland Logan River catchment_South East Queensland_11459"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75278	"Riverine wetland Logan River catchment_South East Queensland_11459"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75279	"Riverine wetland Logan River catchment_South East Queensland_11459"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75280	"Riverine wetland Logan River catchment_South East Queensland_11459"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75281	"Riverine wetland Logan River catchment_South East Queensland_11459"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75282	"Riverine wetland Logan River catchment_South East Queensland_11459"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75283	"Riverine wetland Logan River catchment_South East Queensland_11459"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75284	"Riverine wetland Logan River catchment_South East Queensland_11460"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75285	"Riverine wetland Logan River catchment_South East Queensland_11460"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75286	"Riverine wetland Logan River catchment_South East Queensland_11460"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75287	"Riverine wetland Logan River catchment_South East Queensland_11460"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75288	"Riverine wetland Logan River catchment_South East Queensland_11460"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75289	"Riverine wetland Logan River catchment_South East Queensland_11460"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75290	"Riverine wetland Logan River catchment_South East Queensland_11460"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75291	"Riverine wetland Logan River catchment_South East Queensland_11460"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75292	"Riverine wetland Logan River catchment_South East Queensland_11460"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75293	"Riverine wetland Logan River catchment_South East Queensland_11461"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75294	"Riverine wetland Logan River catchment_South East Queensland_11461"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75295	"Riverine wetland Logan River catchment_South East Queensland_11461"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75296	"Riverine wetland Logan River catchment_South East Queensland_11461"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75297	"Riverine wetland Logan River catchment_South East Queensland_11461"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75298	"Riverine wetland Logan River catchment_South East Queensland_11461"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75299	"Riverine wetland Logan River catchment_South East Queensland_11461"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75300	"Riverine wetland Logan River catchment_South East Queensland_11461"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75301	"Riverine wetland Logan River catchment_South East Queensland_11461"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75302	"Riverine wetland Logan River catchment_South East Queensland_11462"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75303	"Riverine wetland Logan River catchment_South East Queensland_11462"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75304	"Riverine wetland Logan River catchment_South East Queensland_11462"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75305	"Riverine wetland Logan River catchment_South East Queensland_11462"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75306	"Riverine wetland Logan River catchment_South East Queensland_11462"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75307	"Riverine wetland Logan River catchment_South East Queensland_11463"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75308	"Riverine wetland Logan River catchment_South East Queensland_11463"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75309	"Riverine wetland Logan River catchment_South East Queensland_11463"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75310	"Riverine wetland Logan River catchment_South East Queensland_11463"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75311	"Riverine wetland Logan River catchment_South East Queensland_11463"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75312	"Riverine wetland Logan River catchment_South East Queensland_11463"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75313	"Riverine wetland Logan River catchment_South East Queensland_11463"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75314	"Riverine wetland Logan River catchment_South East Queensland_11463"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75315	"Riverine wetland Logan River catchment_South East Queensland_11463"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75316	"Riverine wetland Logan River catchment_South East Queensland_11464"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75317	"Riverine wetland Logan River catchment_South East Queensland_11464"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75318	"Riverine wetland Logan River catchment_South East Queensland_11464"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75319	"Riverine wetland Logan River catchment_South East Queensland_11464"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75320	"Riverine wetland Logan River catchment_South East Queensland_11464"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75321	"Riverine wetland Logan River catchment_South East Queensland_11464"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75322	"Riverine wetland Logan River catchment_South East Queensland_11464"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75323	"Riverine wetland Logan River catchment_South East Queensland_11464"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75324	"Riverine wetland Logan River catchment_South East Queensland_11464"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75325	"Riverine wetland Albert River catchment_South East Queensland_11465"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75326	"Riverine wetland Albert River catchment_South East Queensland_11465"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75327	"Riverine wetland Albert River catchment_South East Queensland_11465"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75328	"Riverine wetland Albert River catchment_South East Queensland_11465"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75329	"Riverine wetland Albert River catchment_South East Queensland_11465"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75330	"Riverine wetland Albert River catchment_South East Queensland_11465"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75331	"Riverine wetland Albert River catchment_South East Queensland_11465"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75332	"Riverine wetland Albert River catchment_South East Queensland_11465"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75333	"Riverine wetland Albert River catchment_South East Queensland_11465"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75334	"Riverine wetland Logan River catchment_South East Queensland_11466"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75335	"Riverine wetland Logan River catchment_South East Queensland_11466"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75336	"Riverine wetland Logan River catchment_South East Queensland_11466"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75337	"Riverine wetland Logan River catchment_South East Queensland_11466"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75338	"Riverine wetland Logan River catchment_South East Queensland_11466"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75339	"Riverine wetland Logan River catchment_South East Queensland_11466"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75340	"Riverine wetland Logan River catchment_South East Queensland_11466"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75341	"Riverine wetland Logan River catchment_South East Queensland_11466"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75342	"Riverine wetland Logan River catchment_South East Queensland_11466"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75343	"Riverine wetland Logan River catchment_South East Queensland_11467"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75344	"Riverine wetland Logan River catchment_South East Queensland_11467"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75345	"Riverine wetland Logan River catchment_South East Queensland_11467"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75346	"Riverine wetland Logan River catchment_South East Queensland_11467"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75347	"Riverine wetland Logan River catchment_South East Queensland_11467"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75348	"Riverine wetland Logan River catchment_South East Queensland_11467"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75349	"Riverine wetland Logan River catchment_South East Queensland_11467"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75350	"Riverine wetland Logan River catchment_South East Queensland_11467"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75351	"Riverine wetland Logan River catchment_South East Queensland_11467"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75352	"Riverine wetland Logan River catchment_South East Queensland_11468"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75353	"Riverine wetland Logan River catchment_South East Queensland_11468"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75354	"Riverine wetland Logan River catchment_South East Queensland_11468"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75355	"Riverine wetland Logan River catchment_South East Queensland_11468"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75356	"Riverine wetland Logan River catchment_South East Queensland_11468"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75357	"Riverine wetland Logan River catchment_South East Queensland_11468"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75358	"Riverine wetland Logan River catchment_South East Queensland_11468"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75359	"Riverine wetland Logan River catchment_South East Queensland_11468"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75360	"Riverine wetland Logan River catchment_South East Queensland_11468"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75361	"Riverine wetland Logan River catchment_South East Queensland_11469"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75362	"Riverine wetland Logan River catchment_South East Queensland_11469"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75363	"Riverine wetland Logan River catchment_South East Queensland_11469"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75364	"Riverine wetland Logan River catchment_South East Queensland_11469"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75365	"Riverine wetland Logan River catchment_South East Queensland_11469"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75366	"Riverine wetland Logan River catchment_South East Queensland_11469"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75367	"Riverine wetland Logan River catchment_South East Queensland_11469"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75368	"Riverine wetland Logan River catchment_South East Queensland_11469"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75369	"Riverine wetland Logan River catchment_South East Queensland_11469"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75370	"Riverine wetland Logan River catchment_South East Queensland_11470"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75371	"Riverine wetland Logan River catchment_South East Queensland_11470"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75372	"Riverine wetland Logan River catchment_South East Queensland_11470"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75373	"Riverine wetland Logan River catchment_South East Queensland_11470"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75374	"Riverine wetland Logan River catchment_South East Queensland_11470"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75375	"Riverine wetland Logan River catchment_South East Queensland_11470"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75376	"Riverine wetland Logan River catchment_South East Queensland_11470"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75377	"Riverine wetland Logan River catchment_South East Queensland_11470"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75378	"Riverine wetland Logan River catchment_South East Queensland_11470"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75379	"Riverine wetland Logan River catchment_South East Queensland_11471"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75380	"Riverine wetland Logan River catchment_South East Queensland_11471"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75381	"Riverine wetland Logan River catchment_South East Queensland_11471"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75382	"Riverine wetland Logan River catchment_South East Queensland_11471"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75383	"Riverine wetland Logan River catchment_South East Queensland_11471"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75384	"Riverine wetland Logan River catchment_South East Queensland_11471"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75385	"Riverine wetland Logan River catchment_South East Queensland_11471"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75386	"Riverine wetland Logan River catchment_South East Queensland_11471"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75387	"Riverine wetland Logan River catchment_South East Queensland_11471"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75388	"Riverine wetland Logan River catchment_South East Queensland_11472"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75389	"Riverine wetland Logan River catchment_South East Queensland_11472"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75390	"Riverine wetland Logan River catchment_South East Queensland_11472"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75391	"Riverine wetland Logan River catchment_South East Queensland_11472"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75392	"Riverine wetland Logan River catchment_South East Queensland_11472"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75393	"Riverine wetland Logan River catchment_South East Queensland_11472"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75394	"Riverine wetland Logan River catchment_South East Queensland_11472"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75395	"Riverine wetland Logan River catchment_South East Queensland_11472"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75396	"Riverine wetland Logan River catchment_South East Queensland_11472"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75397	"Riverine wetland Albert River catchment_South East Queensland_11473"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75398	"Riverine wetland Albert River catchment_South East Queensland_11473"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75399	"Riverine wetland Albert River catchment_South East Queensland_11473"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75400	"Riverine wetland Albert River catchment_South East Queensland_11473"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75401	"Riverine wetland Albert River catchment_South East Queensland_11473"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75402	"Riverine wetland Albert River catchment_South East Queensland_11473"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75403	"Riverine wetland Albert River catchment_South East Queensland_11473"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75404	"Riverine wetland Albert River catchment_South East Queensland_11473"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75405	"Riverine wetland Albert River catchment_South East Queensland_11473"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75406	"Riverine wetland Logan River catchment_South East Queensland_11474"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75407	"Riverine wetland Logan River catchment_South East Queensland_11474"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75408	"Riverine wetland Logan River catchment_South East Queensland_11474"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75409	"Riverine wetland Logan River catchment_South East Queensland_11474"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75410	"Riverine wetland Logan River catchment_South East Queensland_11474"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75411	"Riverine wetland Logan River catchment_South East Queensland_11474"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75412	"Riverine wetland Logan River catchment_South East Queensland_11474"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75413	"Riverine wetland Logan River catchment_South East Queensland_11474"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75414	"Riverine wetland Logan River catchment_South East Queensland_11474"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75415	"Riverine wetland Logan River catchment_South East Queensland_11475"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75416	"Riverine wetland Logan River catchment_South East Queensland_11475"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75417	"Riverine wetland Logan River catchment_South East Queensland_11475"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75418	"Riverine wetland Logan River catchment_South East Queensland_11475"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75419	"Riverine wetland Logan River catchment_South East Queensland_11475"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75420	"Riverine wetland Logan River catchment_South East Queensland_11475"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75421	"Riverine wetland Logan River catchment_South East Queensland_11475"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75422	"Riverine wetland Logan River catchment_South East Queensland_11475"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75423	"Riverine wetland Logan River catchment_South East Queensland_11475"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75424	"Riverine wetland Logan River catchment_South East Queensland_11476"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75425	"Riverine wetland Logan River catchment_South East Queensland_11476"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75426	"Riverine wetland Logan River catchment_South East Queensland_11476"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75427	"Riverine wetland Logan River catchment_South East Queensland_11476"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75428	"Riverine wetland Logan River catchment_South East Queensland_11476"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75429	"Riverine wetland Logan River catchment_South East Queensland_11476"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75430	"Riverine wetland Logan River catchment_South East Queensland_11476"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75431	"Riverine wetland Logan River catchment_South East Queensland_11476"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75432	"Riverine wetland Logan River catchment_South East Queensland_11476"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75433	"Riverine wetland Logan River catchment_South East Queensland_11477"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75434	"Riverine wetland Logan River catchment_South East Queensland_11477"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75435	"Riverine wetland Logan River catchment_South East Queensland_11477"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75436	"Riverine wetland Logan River catchment_South East Queensland_11477"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75437	"Riverine wetland Logan River catchment_South East Queensland_11477"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75438	"Riverine wetland Logan River catchment_South East Queensland_11477"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75439	"Riverine wetland Logan River catchment_South East Queensland_11477"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75440	"Riverine wetland Logan River catchment_South East Queensland_11477"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75441	"Riverine wetland Logan River catchment_South East Queensland_11477"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75442	"Riverine wetland Logan River catchment_South East Queensland_11478"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75443	"Riverine wetland Logan River catchment_South East Queensland_11478"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75444	"Riverine wetland Logan River catchment_South East Queensland_11478"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75445	"Riverine wetland Logan River catchment_South East Queensland_11478"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75446	"Riverine wetland Logan River catchment_South East Queensland_11478"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75447	"Riverine wetland Logan River catchment_South East Queensland_11479"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75448	"Riverine wetland Logan River catchment_South East Queensland_11479"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75449	"Riverine wetland Logan River catchment_South East Queensland_11479"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75450	"Riverine wetland Logan River catchment_South East Queensland_11479"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75451	"Riverine wetland Logan River catchment_South East Queensland_11479"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75452	"Riverine wetland Logan River catchment_South East Queensland_11479"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75453	"Riverine wetland Logan River catchment_South East Queensland_11479"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75454	"Riverine wetland Logan River catchment_South East Queensland_11479"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75455	"Riverine wetland Logan River catchment_South East Queensland_11479"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75456	"Riverine wetland Logan River catchment_South East Queensland_11480"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75457	"Riverine wetland Logan River catchment_South East Queensland_11480"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75458	"Riverine wetland Logan River catchment_South East Queensland_11480"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75459	"Riverine wetland Logan River catchment_South East Queensland_11480"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75460	"Riverine wetland Logan River catchment_South East Queensland_11480"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75461	"Riverine wetland Logan River catchment_South East Queensland_11480"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75462	"Riverine wetland Logan River catchment_South East Queensland_11480"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75463	"Riverine wetland Logan River catchment_South East Queensland_11480"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75464	"Riverine wetland Logan River catchment_South East Queensland_11480"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75465	"Riverine wetland Logan River catchment_South East Queensland_11481"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75466	"Riverine wetland Logan River catchment_South East Queensland_11481"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75467	"Riverine wetland Logan River catchment_South East Queensland_11481"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75468	"Riverine wetland Logan River catchment_South East Queensland_11481"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75469	"Riverine wetland Logan River catchment_South East Queensland_11481"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75470	"Riverine wetland Logan River catchment_South East Queensland_11481"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75471	"Riverine wetland Logan River catchment_South East Queensland_11481"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75472	"Riverine wetland Logan River catchment_South East Queensland_11481"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75473	"Riverine wetland Logan River catchment_South East Queensland_11481"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75474	"Riverine wetland Logan River catchment_South East Queensland_11482"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75475	"Riverine wetland Logan River catchment_South East Queensland_11482"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75476	"Riverine wetland Logan River catchment_South East Queensland_11482"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75477	"Riverine wetland Logan River catchment_South East Queensland_11482"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75478	"Riverine wetland Logan River catchment_South East Queensland_11482"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75479	"Riverine wetland Logan River catchment_South East Queensland_11482"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75480	"Riverine wetland Logan River catchment_South East Queensland_11482"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75481	"Riverine wetland Logan River catchment_South East Queensland_11482"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75482	"Riverine wetland Logan River catchment_South East Queensland_11482"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75483	"Riverine wetland Logan River catchment_South East Queensland_11483"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75484	"Riverine wetland Logan River catchment_South East Queensland_11483"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75485	"Riverine wetland Logan River catchment_South East Queensland_11483"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75486	"Riverine wetland Logan River catchment_South East Queensland_11483"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75487	"Riverine wetland Logan River catchment_South East Queensland_11483"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75488	"Riverine wetland Logan River catchment_South East Queensland_11483"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75489	"Riverine wetland Logan River catchment_South East Queensland_11483"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75490	"Riverine wetland Logan River catchment_South East Queensland_11483"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75491	"Riverine wetland Logan River catchment_South East Queensland_11483"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75492	"Riverine wetland Logan River catchment_South East Queensland_11484"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75493	"Riverine wetland Logan River catchment_South East Queensland_11484"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75494	"Riverine wetland Logan River catchment_South East Queensland_11484"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75495	"Riverine wetland Logan River catchment_South East Queensland_11484"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75496	"Riverine wetland Logan River catchment_South East Queensland_11484"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75497	"Riverine wetland Logan River catchment_South East Queensland_11484"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75498	"Riverine wetland Logan River catchment_South East Queensland_11484"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75499	"Riverine wetland Logan River catchment_South East Queensland_11484"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75500	"Riverine wetland Logan River catchment_South East Queensland_11484"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75501	"Riverine wetland Logan River catchment_South East Queensland_11485"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75502	"Riverine wetland Logan River catchment_South East Queensland_11485"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75503	"Riverine wetland Logan River catchment_South East Queensland_11485"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75504	"Riverine wetland Logan River catchment_South East Queensland_11485"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75505	"Riverine wetland Logan River catchment_South East Queensland_11485"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75506	"Riverine wetland Logan River catchment_South East Queensland_11485"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75507	"Riverine wetland Logan River catchment_South East Queensland_11485"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75508	"Riverine wetland Logan River catchment_South East Queensland_11485"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75509	"Riverine wetland Logan River catchment_South East Queensland_11485"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75510	"Riverine wetland Logan River catchment_South East Queensland_11486"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75511	"Riverine wetland Logan River catchment_South East Queensland_11486"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75512	"Riverine wetland Logan River catchment_South East Queensland_11486"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75513	"Riverine wetland Logan River catchment_South East Queensland_11486"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75514	"Riverine wetland Logan River catchment_South East Queensland_11486"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75515	"Riverine wetland Logan River catchment_South East Queensland_11486"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75516	"Riverine wetland Logan River catchment_South East Queensland_11486"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75517	"Riverine wetland Logan River catchment_South East Queensland_11486"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75518	"Riverine wetland Logan River catchment_South East Queensland_11486"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75519	"Riverine wetland Logan River catchment_South East Queensland_11487"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75520	"Riverine wetland Logan River catchment_South East Queensland_11487"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75521	"Riverine wetland Logan River catchment_South East Queensland_11487"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75522	"Riverine wetland Logan River catchment_South East Queensland_11487"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75523	"Riverine wetland Logan River catchment_South East Queensland_11487"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75524	"Riverine wetland Logan River catchment_South East Queensland_11487"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75525	"Riverine wetland Logan River catchment_South East Queensland_11487"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75526	"Riverine wetland Logan River catchment_South East Queensland_11487"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75527	"Riverine wetland Logan River catchment_South East Queensland_11487"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75528	"Riverine wetland Logan River catchment_South East Queensland_11488"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75529	"Riverine wetland Logan River catchment_South East Queensland_11488"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75530	"Riverine wetland Logan River catchment_South East Queensland_11488"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75531	"Riverine wetland Logan River catchment_South East Queensland_11488"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75532	"Riverine wetland Logan River catchment_South East Queensland_11488"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75533	"Riverine wetland Logan River catchment_South East Queensland_11488"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75534	"Riverine wetland Logan River catchment_South East Queensland_11488"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75535	"Riverine wetland Logan River catchment_South East Queensland_11488"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75536	"Riverine wetland Logan River catchment_South East Queensland_11488"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75537	"Riverine wetland Logan River catchment_South East Queensland_11489"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75538	"Riverine wetland Logan River catchment_South East Queensland_11489"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75539	"Riverine wetland Logan River catchment_South East Queensland_11489"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75540	"Riverine wetland Logan River catchment_South East Queensland_11489"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75541	"Riverine wetland Logan River catchment_South East Queensland_11489"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75542	"Riverine wetland Logan River catchment_South East Queensland_11489"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75543	"Riverine wetland Logan River catchment_South East Queensland_11489"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75544	"Riverine wetland Logan River catchment_South East Queensland_11489"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75545	"Riverine wetland Logan River catchment_South East Queensland_11489"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75546	"Riverine wetland Logan River catchment_South East Queensland_11490"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75547	"Riverine wetland Logan River catchment_South East Queensland_11490"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75548	"Riverine wetland Logan River catchment_South East Queensland_11490"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75549	"Riverine wetland Logan River catchment_South East Queensland_11490"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75550	"Riverine wetland Logan River catchment_South East Queensland_11490"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75551	"Riverine wetland Logan River catchment_South East Queensland_11491"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75552	"Riverine wetland Logan River catchment_South East Queensland_11491"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75553	"Riverine wetland Logan River catchment_South East Queensland_11491"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75554	"Riverine wetland Logan River catchment_South East Queensland_11491"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75555	"Riverine wetland Logan River catchment_South East Queensland_11491"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75556	"Riverine wetland Logan River catchment_South East Queensland_11491"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75557	"Riverine wetland Logan River catchment_South East Queensland_11491"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75558	"Riverine wetland Logan River catchment_South East Queensland_11491"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75559	"Riverine wetland Logan River catchment_South East Queensland_11491"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75560	"Riverine wetland Logan River catchment_South East Queensland_11492"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75561	"Riverine wetland Logan River catchment_South East Queensland_11492"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75562	"Riverine wetland Logan River catchment_South East Queensland_11492"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75563	"Riverine wetland Logan River catchment_South East Queensland_11492"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75564	"Riverine wetland Logan River catchment_South East Queensland_11492"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75565	"Riverine wetland Logan River catchment_South East Queensland_11492"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75566	"Riverine wetland Logan River catchment_South East Queensland_11492"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75567	"Riverine wetland Logan River catchment_South East Queensland_11492"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75568	"Riverine wetland Logan River catchment_South East Queensland_11492"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75569	"Riverine wetland Logan River catchment_South East Queensland_11493"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75570	"Riverine wetland Logan River catchment_South East Queensland_11493"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75571	"Riverine wetland Logan River catchment_South East Queensland_11493"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75572	"Riverine wetland Logan River catchment_South East Queensland_11493"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75573	"Riverine wetland Logan River catchment_South East Queensland_11493"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75574	"Riverine wetland Logan River catchment_South East Queensland_11493"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75575	"Riverine wetland Logan River catchment_South East Queensland_11493"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75576	"Riverine wetland Logan River catchment_South East Queensland_11493"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75577	"Riverine wetland Logan River catchment_South East Queensland_11493"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75578	"Riverine wetland Logan River catchment_South East Queensland_11494"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75579	"Riverine wetland Logan River catchment_South East Queensland_11494"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75580	"Riverine wetland Logan River catchment_South East Queensland_11494"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75581	"Riverine wetland Logan River catchment_South East Queensland_11494"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75582	"Riverine wetland Logan River catchment_South East Queensland_11494"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75583	"Riverine wetland Logan River catchment_South East Queensland_11494"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75584	"Riverine wetland Logan River catchment_South East Queensland_11494"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75585	"Riverine wetland Logan River catchment_South East Queensland_11494"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75586	"Riverine wetland Logan River catchment_South East Queensland_11494"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75587	"Riverine wetland Logan River catchment_South East Queensland_11495"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75588	"Riverine wetland Logan River catchment_South East Queensland_11495"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75589	"Riverine wetland Logan River catchment_South East Queensland_11495"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75590	"Riverine wetland Logan River catchment_South East Queensland_11495"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75591	"Riverine wetland Logan River catchment_South East Queensland_11495"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75592	"Riverine wetland Logan River catchment_South East Queensland_11495"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75593	"Riverine wetland Logan River catchment_South East Queensland_11495"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75594	"Riverine wetland Logan River catchment_South East Queensland_11495"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75595	"Riverine wetland Logan River catchment_South East Queensland_11495"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75596	"Riverine wetland Logan River catchment_South East Queensland_11496"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75597	"Riverine wetland Logan River catchment_South East Queensland_11496"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75598	"Riverine wetland Logan River catchment_South East Queensland_11496"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75599	"Riverine wetland Logan River catchment_South East Queensland_11496"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75600	"Riverine wetland Logan River catchment_South East Queensland_11496"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75601	"Riverine wetland Logan River catchment_South East Queensland_11496"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75602	"Riverine wetland Logan River catchment_South East Queensland_11496"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75603	"Riverine wetland Logan River catchment_South East Queensland_11496"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75604	"Riverine wetland Logan River catchment_South East Queensland_11496"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75605	"Riverine wetland Logan River catchment_South East Queensland_11497"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75606	"Riverine wetland Logan River catchment_South East Queensland_11497"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75607	"Riverine wetland Logan River catchment_South East Queensland_11497"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75608	"Riverine wetland Logan River catchment_South East Queensland_11497"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75609	"Riverine wetland Logan River catchment_South East Queensland_11497"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75610	"Riverine wetland Logan River catchment_South East Queensland_11497"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75611	"Riverine wetland Logan River catchment_South East Queensland_11497"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75612	"Riverine wetland Logan River catchment_South East Queensland_11497"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75613	"Riverine wetland Logan River catchment_South East Queensland_11497"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75614	"Riverine wetland Logan River catchment_South East Queensland_11498"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75615	"Riverine wetland Logan River catchment_South East Queensland_11498"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75616	"Riverine wetland Logan River catchment_South East Queensland_11498"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75617	"Riverine wetland Logan River catchment_South East Queensland_11498"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75618	"Riverine wetland Logan River catchment_South East Queensland_11498"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75619	"Riverine wetland Logan River catchment_South East Queensland_11498"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75620	"Riverine wetland Logan River catchment_South East Queensland_11498"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75621	"Riverine wetland Logan River catchment_South East Queensland_11498"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75622	"Riverine wetland Logan River catchment_South East Queensland_11498"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75623	"Riverine wetland Logan River catchment_South East Queensland_11499"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75624	"Riverine wetland Logan River catchment_South East Queensland_11499"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75625	"Riverine wetland Logan River catchment_South East Queensland_11499"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75626	"Riverine wetland Logan River catchment_South East Queensland_11499"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75627	"Riverine wetland Logan River catchment_South East Queensland_11499"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75628	"Riverine wetland Logan River catchment_South East Queensland_11499"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75629	"Riverine wetland Logan River catchment_South East Queensland_11499"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75630	"Riverine wetland Logan River catchment_South East Queensland_11499"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75631	"Riverine wetland Logan River catchment_South East Queensland_11499"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75632	"Riverine wetland Logan River catchment_South East Queensland_11500"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75633	"Riverine wetland Logan River catchment_South East Queensland_11500"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75634	"Riverine wetland Logan River catchment_South East Queensland_11500"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75635	"Riverine wetland Logan River catchment_South East Queensland_11500"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75636	"Riverine wetland Logan River catchment_South East Queensland_11500"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75637	"Riverine wetland Logan River catchment_South East Queensland_11500"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75638	"Riverine wetland Logan River catchment_South East Queensland_11500"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75639	"Riverine wetland Logan River catchment_South East Queensland_11500"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75640	"Riverine wetland Logan River catchment_South East Queensland_11500"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75641	"Riverine wetland Logan River catchment_South East Queensland_11501"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75642	"Riverine wetland Logan River catchment_South East Queensland_11501"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75643	"Riverine wetland Logan River catchment_South East Queensland_11501"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75644	"Riverine wetland Logan River catchment_South East Queensland_11501"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75645	"Riverine wetland Logan River catchment_South East Queensland_11501"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75646	"Riverine wetland Logan River catchment_South East Queensland_11501"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75647	"Riverine wetland Logan River catchment_South East Queensland_11501"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75648	"Riverine wetland Logan River catchment_South East Queensland_11501"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75649	"Riverine wetland Logan River catchment_South East Queensland_11501"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75650	"Riverine wetland Logan River catchment_South East Queensland_11502"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75651	"Riverine wetland Logan River catchment_South East Queensland_11502"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75652	"Riverine wetland Logan River catchment_South East Queensland_11502"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75653	"Riverine wetland Logan River catchment_South East Queensland_11502"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75654	"Riverine wetland Logan River catchment_South East Queensland_11502"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75655	"Riverine wetland Logan River catchment_South East Queensland_11502"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75656	"Riverine wetland Logan River catchment_South East Queensland_11502"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75657	"Riverine wetland Logan River catchment_South East Queensland_11502"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75658	"Riverine wetland Logan River catchment_South East Queensland_11502"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75659	"Riverine wetland Logan River catchment_South East Queensland_11503"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75660	"Riverine wetland Logan River catchment_South East Queensland_11503"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75661	"Riverine wetland Logan River catchment_South East Queensland_11503"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75662	"Riverine wetland Logan River catchment_South East Queensland_11503"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75663	"Riverine wetland Logan River catchment_South East Queensland_11503"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75664	"Riverine wetland Logan River catchment_South East Queensland_11503"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75665	"Riverine wetland Logan River catchment_South East Queensland_11503"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75666	"Riverine wetland Logan River catchment_South East Queensland_11503"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75667	"Riverine wetland Logan River catchment_South East Queensland_11503"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75668	"Riverine wetland Logan River catchment_South East Queensland_11504"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75669	"Riverine wetland Logan River catchment_South East Queensland_11504"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75670	"Riverine wetland Logan River catchment_South East Queensland_11504"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75671	"Riverine wetland Logan River catchment_South East Queensland_11504"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75672	"Riverine wetland Logan River catchment_South East Queensland_11504"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75673	"Riverine wetland Logan River catchment_South East Queensland_11504"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75674	"Riverine wetland Logan River catchment_South East Queensland_11504"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75675	"Riverine wetland Logan River catchment_South East Queensland_11504"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75676	"Riverine wetland Logan River catchment_South East Queensland_11504"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75677	"Riverine wetland Logan River catchment_South East Queensland_11505"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75678	"Riverine wetland Logan River catchment_South East Queensland_11505"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75679	"Riverine wetland Logan River catchment_South East Queensland_11505"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75680	"Riverine wetland Logan River catchment_South East Queensland_11505"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75681	"Riverine wetland Logan River catchment_South East Queensland_11505"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75682	"Riverine wetland Logan River catchment_South East Queensland_11505"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75683	"Riverine wetland Logan River catchment_South East Queensland_11505"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75684	"Riverine wetland Logan River catchment_South East Queensland_11505"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75685	"Riverine wetland Logan River catchment_South East Queensland_11505"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75686	"Riverine wetland Logan River catchment_South East Queensland_11506"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75687	"Riverine wetland Logan River catchment_South East Queensland_11506"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75688	"Riverine wetland Logan River catchment_South East Queensland_11506"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75689	"Riverine wetland Logan River catchment_South East Queensland_11506"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75690	"Riverine wetland Logan River catchment_South East Queensland_11506"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75691	"Riverine wetland Logan River catchment_South East Queensland_11507"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75692	"Riverine wetland Logan River catchment_South East Queensland_11507"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75693	"Riverine wetland Logan River catchment_South East Queensland_11507"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75694	"Riverine wetland Logan River catchment_South East Queensland_11507"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75695	"Riverine wetland Logan River catchment_South East Queensland_11507"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75696	"Riverine wetland Logan River catchment_South East Queensland_11507"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75697	"Riverine wetland Logan River catchment_South East Queensland_11507"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75698	"Riverine wetland Logan River catchment_South East Queensland_11507"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75699	"Riverine wetland Logan River catchment_South East Queensland_11507"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75700	"Riverine wetland Logan River catchment_South East Queensland_11508"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75701	"Riverine wetland Logan River catchment_South East Queensland_11508"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75702	"Riverine wetland Logan River catchment_South East Queensland_11508"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75703	"Riverine wetland Logan River catchment_South East Queensland_11508"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75704	"Riverine wetland Logan River catchment_South East Queensland_11508"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75705	"Riverine wetland Logan River catchment_South East Queensland_11508"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75706	"Riverine wetland Logan River catchment_South East Queensland_11508"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75707	"Riverine wetland Logan River catchment_South East Queensland_11508"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75708	"Riverine wetland Logan River catchment_South East Queensland_11508"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75709	"Riverine wetland Logan River catchment_South East Queensland_11509"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75710	"Riverine wetland Logan River catchment_South East Queensland_11509"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75711	"Riverine wetland Logan River catchment_South East Queensland_11509"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75712	"Riverine wetland Logan River catchment_South East Queensland_11509"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75713	"Riverine wetland Logan River catchment_South East Queensland_11509"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75714	"Riverine wetland Logan River catchment_South East Queensland_11510"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75715	"Riverine wetland Logan River catchment_South East Queensland_11510"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75716	"Riverine wetland Logan River catchment_South East Queensland_11510"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75717	"Riverine wetland Logan River catchment_South East Queensland_11510"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75718	"Riverine wetland Logan River catchment_South East Queensland_11510"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75719	"Riverine wetland Logan River catchment_South East Queensland_11510"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75720	"Riverine wetland Logan River catchment_South East Queensland_11510"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75721	"Riverine wetland Logan River catchment_South East Queensland_11510"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75722	"Riverine wetland Logan River catchment_South East Queensland_11510"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75723	"Riverine wetland Logan River catchment_South East Queensland_11511"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75724	"Riverine wetland Logan River catchment_South East Queensland_11511"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75725	"Riverine wetland Logan River catchment_South East Queensland_11511"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75726	"Riverine wetland Logan River catchment_South East Queensland_11511"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75727	"Riverine wetland Logan River catchment_South East Queensland_11511"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75728	"Riverine wetland Logan River catchment_South East Queensland_11511"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75729	"Riverine wetland Logan River catchment_South East Queensland_11511"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75730	"Riverine wetland Logan River catchment_South East Queensland_11511"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75731	"Riverine wetland Logan River catchment_South East Queensland_11511"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75732	"Riverine wetland Logan River catchment_South East Queensland_11512"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75733	"Riverine wetland Logan River catchment_South East Queensland_11512"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75734	"Riverine wetland Logan River catchment_South East Queensland_11512"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75735	"Riverine wetland Logan River catchment_South East Queensland_11512"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75736	"Riverine wetland Logan River catchment_South East Queensland_11512"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75737	"Riverine wetland Logan River catchment_South East Queensland_11512"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75738	"Riverine wetland Logan River catchment_South East Queensland_11512"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75739	"Riverine wetland Logan River catchment_South East Queensland_11512"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75740	"Riverine wetland Logan River catchment_South East Queensland_11512"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75741	"Riverine wetland Logan River catchment_South East Queensland_11513"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75742	"Riverine wetland Logan River catchment_South East Queensland_11513"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75743	"Riverine wetland Logan River catchment_South East Queensland_11513"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75744	"Riverine wetland Logan River catchment_South East Queensland_11513"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75745	"Riverine wetland Logan River catchment_South East Queensland_11513"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75746	"Riverine wetland Logan River catchment_South East Queensland_11513"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75747	"Riverine wetland Logan River catchment_South East Queensland_11513"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75748	"Riverine wetland Logan River catchment_South East Queensland_11513"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75749	"Riverine wetland Logan River catchment_South East Queensland_11513"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75750	"Riverine wetland Logan River catchment_South East Queensland_11514"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75751	"Riverine wetland Logan River catchment_South East Queensland_11514"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75752	"Riverine wetland Logan River catchment_South East Queensland_11514"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75753	"Riverine wetland Logan River catchment_South East Queensland_11514"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75754	"Riverine wetland Logan River catchment_South East Queensland_11514"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75755	"Riverine wetland Logan River catchment_South East Queensland_11514"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75756	"Riverine wetland Logan River catchment_South East Queensland_11514"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75757	"Riverine wetland Logan River catchment_South East Queensland_11514"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75758	"Riverine wetland Logan River catchment_South East Queensland_11514"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75759	"Riverine wetland Logan River catchment_South East Queensland_11515"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75760	"Riverine wetland Logan River catchment_South East Queensland_11515"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75761	"Riverine wetland Logan River catchment_South East Queensland_11515"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75762	"Riverine wetland Logan River catchment_South East Queensland_11515"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75763	"Riverine wetland Logan River catchment_South East Queensland_11515"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75764	"Riverine wetland Logan River catchment_South East Queensland_11515"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75765	"Riverine wetland Logan River catchment_South East Queensland_11515"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75766	"Riverine wetland Logan River catchment_South East Queensland_11515"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75767	"Riverine wetland Logan River catchment_South East Queensland_11515"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75768	"Riverine wetland Logan River catchment_South East Queensland_11516"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75769	"Riverine wetland Logan River catchment_South East Queensland_11516"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75770	"Riverine wetland Logan River catchment_South East Queensland_11516"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75771	"Riverine wetland Logan River catchment_South East Queensland_11516"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75772	"Riverine wetland Logan River catchment_South East Queensland_11516"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75773	"Riverine wetland Logan River catchment_South East Queensland_11516"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75774	"Riverine wetland Logan River catchment_South East Queensland_11516"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75775	"Riverine wetland Logan River catchment_South East Queensland_11516"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75776	"Riverine wetland Logan River catchment_South East Queensland_11516"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75777	"Riverine wetland Logan River catchment_South East Queensland_11517"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75778	"Riverine wetland Logan River catchment_South East Queensland_11517"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75779	"Riverine wetland Logan River catchment_South East Queensland_11517"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75780	"Riverine wetland Logan River catchment_South East Queensland_11517"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75781	"Riverine wetland Logan River catchment_South East Queensland_11517"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75782	"Riverine wetland Logan River catchment_South East Queensland_11517"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75783	"Riverine wetland Logan River catchment_South East Queensland_11517"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75784	"Riverine wetland Logan River catchment_South East Queensland_11517"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75785	"Riverine wetland Logan River catchment_South East Queensland_11517"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75786	"Riverine wetland Logan River catchment_South East Queensland_11518"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75787	"Riverine wetland Logan River catchment_South East Queensland_11518"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75788	"Riverine wetland Logan River catchment_South East Queensland_11518"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75789	"Riverine wetland Logan River catchment_South East Queensland_11518"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75790	"Riverine wetland Logan River catchment_South East Queensland_11518"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75791	"Riverine wetland Logan River catchment_South East Queensland_11518"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75792	"Riverine wetland Logan River catchment_South East Queensland_11518"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75793	"Riverine wetland Logan River catchment_South East Queensland_11518"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75794	"Riverine wetland Logan River catchment_South East Queensland_11518"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75795	"Riverine wetland Logan River catchment_South East Queensland_11519"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75796	"Riverine wetland Logan River catchment_South East Queensland_11519"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75797	"Riverine wetland Logan River catchment_South East Queensland_11519"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75798	"Riverine wetland Logan River catchment_South East Queensland_11519"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75799	"Riverine wetland Logan River catchment_South East Queensland_11519"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75800	"Riverine wetland Logan River catchment_South East Queensland_11519"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75801	"Riverine wetland Logan River catchment_South East Queensland_11519"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75802	"Riverine wetland Logan River catchment_South East Queensland_11519"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75803	"Riverine wetland Logan River catchment_South East Queensland_11519"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75804	"Riverine wetland Logan River catchment_South East Queensland_11520"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75805	"Riverine wetland Logan River catchment_South East Queensland_11520"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75806	"Riverine wetland Logan River catchment_South East Queensland_11520"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75807	"Riverine wetland Logan River catchment_South East Queensland_11520"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75808	"Riverine wetland Logan River catchment_South East Queensland_11520"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75809	"Riverine wetland Logan River catchment_South East Queensland_11520"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75810	"Riverine wetland Logan River catchment_South East Queensland_11520"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75811	"Riverine wetland Logan River catchment_South East Queensland_11520"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75812	"Riverine wetland Logan River catchment_South East Queensland_11520"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75813	"Riverine wetland Logan River catchment_South East Queensland_11521"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75814	"Riverine wetland Logan River catchment_South East Queensland_11521"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75815	"Riverine wetland Logan River catchment_South East Queensland_11521"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75816	"Riverine wetland Logan River catchment_South East Queensland_11521"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75817	"Riverine wetland Logan River catchment_South East Queensland_11521"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75818	"Riverine wetland Logan River catchment_South East Queensland_11521"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75819	"Riverine wetland Logan River catchment_South East Queensland_11521"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75820	"Riverine wetland Logan River catchment_South East Queensland_11521"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75821	"Riverine wetland Logan River catchment_South East Queensland_11521"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75822	"Riverine wetland Logan River catchment_South East Queensland_11522"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75823	"Riverine wetland Logan River catchment_South East Queensland_11522"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75824	"Riverine wetland Logan River catchment_South East Queensland_11522"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75825	"Riverine wetland Logan River catchment_South East Queensland_11522"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75826	"Riverine wetland Logan River catchment_South East Queensland_11522"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75827	"Riverine wetland Logan River catchment_South East Queensland_11522"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75828	"Riverine wetland Logan River catchment_South East Queensland_11522"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75829	"Riverine wetland Logan River catchment_South East Queensland_11522"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75830	"Riverine wetland Logan River catchment_South East Queensland_11522"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75831	"Riverine wetland Logan River catchment_South East Queensland_11523"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75832	"Riverine wetland Logan River catchment_South East Queensland_11523"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75833	"Riverine wetland Logan River catchment_South East Queensland_11523"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75834	"Riverine wetland Logan River catchment_South East Queensland_11523"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75835	"Riverine wetland Logan River catchment_South East Queensland_11523"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75836	"Riverine wetland Logan River catchment_South East Queensland_11523"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75837	"Riverine wetland Logan River catchment_South East Queensland_11523"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75838	"Riverine wetland Logan River catchment_South East Queensland_11523"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75839	"Riverine wetland Logan River catchment_South East Queensland_11523"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75840	"Riverine wetland Logan River catchment_South East Queensland_11524"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75841	"Riverine wetland Logan River catchment_South East Queensland_11524"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75842	"Riverine wetland Logan River catchment_South East Queensland_11524"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75843	"Riverine wetland Logan River catchment_South East Queensland_11524"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75844	"Riverine wetland Logan River catchment_South East Queensland_11524"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75845	"Riverine wetland Logan River catchment_South East Queensland_11524"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75846	"Riverine wetland Logan River catchment_South East Queensland_11524"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75847	"Riverine wetland Logan River catchment_South East Queensland_11524"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75848	"Riverine wetland Logan River catchment_South East Queensland_11524"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75849	"Riverine wetland Logan River catchment_South East Queensland_11525"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75850	"Riverine wetland Logan River catchment_South East Queensland_11525"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75851	"Riverine wetland Logan River catchment_South East Queensland_11525"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75852	"Riverine wetland Logan River catchment_South East Queensland_11525"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75853	"Riverine wetland Logan River catchment_South East Queensland_11525"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75854	"Riverine wetland Logan River catchment_South East Queensland_11525"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75855	"Riverine wetland Logan River catchment_South East Queensland_11525"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75856	"Riverine wetland Logan River catchment_South East Queensland_11525"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75857	"Riverine wetland Logan River catchment_South East Queensland_11525"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75858	"Riverine wetland Logan River catchment_South East Queensland_11526"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75859	"Riverine wetland Logan River catchment_South East Queensland_11526"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75860	"Riverine wetland Logan River catchment_South East Queensland_11526"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75861	"Riverine wetland Logan River catchment_South East Queensland_11526"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75862	"Riverine wetland Logan River catchment_South East Queensland_11526"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75863	"Riverine wetland Logan River catchment_South East Queensland_11526"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75864	"Riverine wetland Logan River catchment_South East Queensland_11526"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75865	"Riverine wetland Logan River catchment_South East Queensland_11526"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75866	"Riverine wetland Logan River catchment_South East Queensland_11526"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75867	"Riverine wetland Logan River catchment_South East Queensland_11527"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75868	"Riverine wetland Logan River catchment_South East Queensland_11527"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75869	"Riverine wetland Logan River catchment_South East Queensland_11527"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75870	"Riverine wetland Logan River catchment_South East Queensland_11527"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75871	"Riverine wetland Logan River catchment_South East Queensland_11527"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75872	"Riverine wetland Logan River catchment_South East Queensland_11527"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75873	"Riverine wetland Logan River catchment_South East Queensland_11527"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75874	"Riverine wetland Logan River catchment_South East Queensland_11527"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75875	"Riverine wetland Logan River catchment_South East Queensland_11527"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75876	"Riverine wetland Logan River catchment_South East Queensland_11528"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75877	"Riverine wetland Logan River catchment_South East Queensland_11528"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75878	"Riverine wetland Logan River catchment_South East Queensland_11528"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75879	"Riverine wetland Logan River catchment_South East Queensland_11528"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75880	"Riverine wetland Logan River catchment_South East Queensland_11528"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75881	"Riverine wetland Logan River catchment_South East Queensland_11528"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75882	"Riverine wetland Logan River catchment_South East Queensland_11528"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75883	"Riverine wetland Logan River catchment_South East Queensland_11528"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75884	"Riverine wetland Logan River catchment_South East Queensland_11528"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75885	"Riverine wetland Logan River catchment_South East Queensland_11529"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75886	"Riverine wetland Logan River catchment_South East Queensland_11529"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75887	"Riverine wetland Logan River catchment_South East Queensland_11529"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75888	"Riverine wetland Logan River catchment_South East Queensland_11529"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75889	"Riverine wetland Logan River catchment_South East Queensland_11529"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75890	"Riverine wetland Logan River catchment_South East Queensland_11529"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75891	"Riverine wetland Logan River catchment_South East Queensland_11529"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75892	"Riverine wetland Logan River catchment_South East Queensland_11529"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75893	"Riverine wetland Logan River catchment_South East Queensland_11529"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75894	"Riverine wetland Logan River catchment_South East Queensland_11530"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75895	"Riverine wetland Logan River catchment_South East Queensland_11530"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75896	"Riverine wetland Logan River catchment_South East Queensland_11530"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75897	"Riverine wetland Logan River catchment_South East Queensland_11530"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75898	"Riverine wetland Logan River catchment_South East Queensland_11530"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75899	"Riverine wetland Logan River catchment_South East Queensland_11530"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75900	"Riverine wetland Logan River catchment_South East Queensland_11530"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75901	"Riverine wetland Logan River catchment_South East Queensland_11530"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75902	"Riverine wetland Logan River catchment_South East Queensland_11530"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75903	"Riverine wetland Logan River catchment_South East Queensland_11531"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75904	"Riverine wetland Logan River catchment_South East Queensland_11531"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75905	"Riverine wetland Logan River catchment_South East Queensland_11531"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75906	"Riverine wetland Logan River catchment_South East Queensland_11531"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75907	"Riverine wetland Logan River catchment_South East Queensland_11531"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75908	"Riverine wetland Logan River catchment_South East Queensland_11532"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75909	"Riverine wetland Logan River catchment_South East Queensland_11532"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75910	"Riverine wetland Logan River catchment_South East Queensland_11532"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75911	"Riverine wetland Logan River catchment_South East Queensland_11532"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75912	"Riverine wetland Logan River catchment_South East Queensland_11532"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75913	"Riverine wetland Logan River catchment_South East Queensland_11532"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75914	"Riverine wetland Logan River catchment_South East Queensland_11532"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75915	"Riverine wetland Logan River catchment_South East Queensland_11532"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75916	"Riverine wetland Logan River catchment_South East Queensland_11532"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75917	"Riverine wetland Logan River catchment_South East Queensland_11533"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75918	"Riverine wetland Logan River catchment_South East Queensland_11533"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75919	"Riverine wetland Logan River catchment_South East Queensland_11533"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75920	"Riverine wetland Logan River catchment_South East Queensland_11533"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75921	"Riverine wetland Logan River catchment_South East Queensland_11533"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75922	"Riverine wetland Logan River catchment_South East Queensland_11533"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75923	"Riverine wetland Logan River catchment_South East Queensland_11533"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75924	"Riverine wetland Logan River catchment_South East Queensland_11533"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75925	"Riverine wetland Logan River catchment_South East Queensland_11533"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75926	"Riverine wetland Logan River catchment_South East Queensland_11534"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75927	"Riverine wetland Logan River catchment_South East Queensland_11534"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75928	"Riverine wetland Logan River catchment_South East Queensland_11534"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75929	"Riverine wetland Logan River catchment_South East Queensland_11534"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75930	"Riverine wetland Logan River catchment_South East Queensland_11534"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75931	"Riverine wetland Logan River catchment_South East Queensland_11535"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75932	"Riverine wetland Logan River catchment_South East Queensland_11535"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75933	"Riverine wetland Logan River catchment_South East Queensland_11535"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75934	"Riverine wetland Logan River catchment_South East Queensland_11535"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75935	"Riverine wetland Logan River catchment_South East Queensland_11535"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75936	"Riverine wetland Logan River catchment_South East Queensland_11536"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75937	"Riverine wetland Logan River catchment_South East Queensland_11536"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75938	"Riverine wetland Logan River catchment_South East Queensland_11536"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75939	"Riverine wetland Logan River catchment_South East Queensland_11536"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75940	"Riverine wetland Logan River catchment_South East Queensland_11536"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75941	"Riverine wetland Logan River catchment_South East Queensland_11536"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75942	"Riverine wetland Logan River catchment_South East Queensland_11536"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75943	"Riverine wetland Logan River catchment_South East Queensland_11536"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75944	"Riverine wetland Logan River catchment_South East Queensland_11536"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75945	"Riverine wetland Logan River catchment_South East Queensland_11537"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75946	"Riverine wetland Logan River catchment_South East Queensland_11537"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75947	"Riverine wetland Logan River catchment_South East Queensland_11537"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75948	"Riverine wetland Logan River catchment_South East Queensland_11537"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75949	"Riverine wetland Logan River catchment_South East Queensland_11537"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75950	"Riverine wetland Logan River catchment_South East Queensland_11537"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75951	"Riverine wetland Logan River catchment_South East Queensland_11537"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75952	"Riverine wetland Logan River catchment_South East Queensland_11537"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75953	"Riverine wetland Logan River catchment_South East Queensland_11537"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75954	"Riverine wetland Logan River catchment_South East Queensland_11538"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75955	"Riverine wetland Logan River catchment_South East Queensland_11538"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75956	"Riverine wetland Logan River catchment_South East Queensland_11538"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75957	"Riverine wetland Logan River catchment_South East Queensland_11538"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75958	"Riverine wetland Logan River catchment_South East Queensland_11538"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75959	"Riverine wetland Logan River catchment_South East Queensland_11538"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75960	"Riverine wetland Logan River catchment_South East Queensland_11538"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75961	"Riverine wetland Logan River catchment_South East Queensland_11538"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75962	"Riverine wetland Logan River catchment_South East Queensland_11538"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75963	"Riverine wetland Logan River catchment_South East Queensland_11539"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75964	"Riverine wetland Logan River catchment_South East Queensland_11539"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75965	"Riverine wetland Logan River catchment_South East Queensland_11539"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75966	"Riverine wetland Logan River catchment_South East Queensland_11539"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75967	"Riverine wetland Logan River catchment_South East Queensland_11539"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75968	"Riverine wetland Logan River catchment_South East Queensland_11539"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75969	"Riverine wetland Logan River catchment_South East Queensland_11539"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75970	"Riverine wetland Logan River catchment_South East Queensland_11539"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75971	"Riverine wetland Logan River catchment_South East Queensland_11539"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75972	"Riverine wetland Logan River catchment_South East Queensland_11540"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75973	"Riverine wetland Logan River catchment_South East Queensland_11540"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75974	"Riverine wetland Logan River catchment_South East Queensland_11540"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75975	"Riverine wetland Logan River catchment_South East Queensland_11540"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75976	"Riverine wetland Logan River catchment_South East Queensland_11540"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75977	"Riverine wetland Logan River catchment_South East Queensland_11540"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75978	"Riverine wetland Logan River catchment_South East Queensland_11540"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75979	"Riverine wetland Logan River catchment_South East Queensland_11540"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75980	"Riverine wetland Logan River catchment_South East Queensland_11540"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75981	"Riverine wetland Logan River catchment_South East Queensland_11541"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75982	"Riverine wetland Logan River catchment_South East Queensland_11541"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75983	"Riverine wetland Logan River catchment_South East Queensland_11541"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75984	"Riverine wetland Logan River catchment_South East Queensland_11541"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75985	"Riverine wetland Logan River catchment_South East Queensland_11541"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75986	"Riverine wetland Logan River catchment_South East Queensland_11541"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75987	"Riverine wetland Logan River catchment_South East Queensland_11541"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75988	"Riverine wetland Logan River catchment_South East Queensland_11541"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75989	"Riverine wetland Logan River catchment_South East Queensland_11541"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75990	"Riverine wetland Logan River catchment_South East Queensland_11542"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
75991	"Riverine wetland Logan River catchment_South East Queensland_11542"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
75992	"Riverine wetland Logan River catchment_South East Queensland_11542"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
75993	"Riverine wetland Logan River catchment_South East Queensland_11542"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
75994	"Riverine wetland Logan River catchment_South East Queensland_11542"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75995	"Riverine wetland Logan River catchment_South East Queensland_11542"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
75996	"Riverine wetland Logan River catchment_South East Queensland_11542"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
75997	"Riverine wetland Logan River catchment_South East Queensland_11542"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
75998	"Riverine wetland Logan River catchment_South East Queensland_11542"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
75999	"Riverine wetland Logan River catchment_South East Queensland_11543"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76000	"Riverine wetland Logan River catchment_South East Queensland_11543"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76001	"Riverine wetland Logan River catchment_South East Queensland_11543"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76002	"Riverine wetland Logan River catchment_South East Queensland_11543"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76003	"Riverine wetland Logan River catchment_South East Queensland_11543"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76004	"Riverine wetland Logan River catchment_South East Queensland_11543"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76005	"Riverine wetland Logan River catchment_South East Queensland_11543"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76006	"Riverine wetland Logan River catchment_South East Queensland_11543"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76007	"Riverine wetland Logan River catchment_South East Queensland_11543"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76008	"Riverine wetland Logan River catchment_South East Queensland_11544"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76009	"Riverine wetland Logan River catchment_South East Queensland_11544"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76010	"Riverine wetland Logan River catchment_South East Queensland_11544"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76011	"Riverine wetland Logan River catchment_South East Queensland_11544"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76012	"Riverine wetland Logan River catchment_South East Queensland_11544"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76013	"Riverine wetland Logan River catchment_South East Queensland_11544"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76014	"Riverine wetland Logan River catchment_South East Queensland_11544"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76015	"Riverine wetland Logan River catchment_South East Queensland_11544"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76016	"Riverine wetland Logan River catchment_South East Queensland_11544"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76017	"Riverine wetland Logan River catchment_South East Queensland_11545"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76018	"Riverine wetland Logan River catchment_South East Queensland_11545"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76019	"Riverine wetland Logan River catchment_South East Queensland_11545"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76020	"Riverine wetland Logan River catchment_South East Queensland_11545"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76021	"Riverine wetland Logan River catchment_South East Queensland_11545"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76022	"Riverine wetland Logan River catchment_South East Queensland_11546"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76023	"Riverine wetland Logan River catchment_South East Queensland_11546"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76024	"Riverine wetland Logan River catchment_South East Queensland_11546"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76025	"Riverine wetland Logan River catchment_South East Queensland_11546"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76026	"Riverine wetland Logan River catchment_South East Queensland_11546"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76027	"Riverine wetland Logan River catchment_South East Queensland_11546"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76028	"Riverine wetland Logan River catchment_South East Queensland_11546"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76029	"Riverine wetland Logan River catchment_South East Queensland_11546"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76030	"Riverine wetland Logan River catchment_South East Queensland_11546"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76031	"Riverine wetland Logan River catchment_South East Queensland_11547"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76032	"Riverine wetland Logan River catchment_South East Queensland_11547"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76033	"Riverine wetland Logan River catchment_South East Queensland_11547"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76034	"Riverine wetland Logan River catchment_South East Queensland_11547"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76035	"Riverine wetland Logan River catchment_South East Queensland_11547"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76036	"Riverine wetland Logan River catchment_South East Queensland_11547"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76037	"Riverine wetland Logan River catchment_South East Queensland_11547"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76038	"Riverine wetland Logan River catchment_South East Queensland_11547"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76039	"Riverine wetland Logan River catchment_South East Queensland_11547"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76040	"Riverine wetland Logan River catchment_South East Queensland_11548"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76041	"Riverine wetland Logan River catchment_South East Queensland_11548"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76042	"Riverine wetland Logan River catchment_South East Queensland_11548"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76043	"Riverine wetland Logan River catchment_South East Queensland_11548"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76044	"Riverine wetland Logan River catchment_South East Queensland_11548"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76045	"Riverine wetland Logan River catchment_South East Queensland_11548"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76046	"Riverine wetland Logan River catchment_South East Queensland_11548"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76047	"Riverine wetland Logan River catchment_South East Queensland_11548"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76048	"Riverine wetland Logan River catchment_South East Queensland_11548"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76049	"Riverine wetland Logan River catchment_South East Queensland_11549"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76050	"Riverine wetland Logan River catchment_South East Queensland_11549"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76051	"Riverine wetland Logan River catchment_South East Queensland_11549"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76052	"Riverine wetland Logan River catchment_South East Queensland_11549"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76053	"Riverine wetland Logan River catchment_South East Queensland_11549"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76054	"Riverine wetland Logan River catchment_South East Queensland_11549"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76055	"Riverine wetland Logan River catchment_South East Queensland_11549"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76056	"Riverine wetland Logan River catchment_South East Queensland_11549"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76057	"Riverine wetland Logan River catchment_South East Queensland_11549"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76058	"Riverine wetland Logan River catchment_South East Queensland_11550"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76059	"Riverine wetland Logan River catchment_South East Queensland_11550"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76060	"Riverine wetland Logan River catchment_South East Queensland_11550"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76061	"Riverine wetland Logan River catchment_South East Queensland_11550"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76062	"Riverine wetland Logan River catchment_South East Queensland_11550"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76063	"Riverine wetland Logan River catchment_South East Queensland_11550"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76064	"Riverine wetland Logan River catchment_South East Queensland_11550"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76065	"Riverine wetland Logan River catchment_South East Queensland_11550"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76066	"Riverine wetland Logan River catchment_South East Queensland_11550"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76067	"Riverine wetland Logan River catchment_South East Queensland_11551"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76068	"Riverine wetland Logan River catchment_South East Queensland_11551"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76069	"Riverine wetland Logan River catchment_South East Queensland_11551"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76070	"Riverine wetland Logan River catchment_South East Queensland_11551"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76071	"Riverine wetland Logan River catchment_South East Queensland_11551"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76072	"Riverine wetland Logan River catchment_South East Queensland_11551"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76073	"Riverine wetland Logan River catchment_South East Queensland_11551"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76074	"Riverine wetland Logan River catchment_South East Queensland_11551"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76075	"Riverine wetland Logan River catchment_South East Queensland_11551"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76076	"Riverine wetland Logan River catchment_South East Queensland_11552"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76077	"Riverine wetland Logan River catchment_South East Queensland_11552"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76078	"Riverine wetland Logan River catchment_South East Queensland_11552"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76079	"Riverine wetland Logan River catchment_South East Queensland_11552"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76080	"Riverine wetland Logan River catchment_South East Queensland_11552"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76081	"Riverine wetland Logan River catchment_South East Queensland_11552"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76082	"Riverine wetland Logan River catchment_South East Queensland_11552"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76083	"Riverine wetland Logan River catchment_South East Queensland_11552"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76084	"Riverine wetland Logan River catchment_South East Queensland_11552"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76085	"Riverine wetland Logan River catchment_South East Queensland_11553"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76086	"Riverine wetland Logan River catchment_South East Queensland_11553"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76087	"Riverine wetland Logan River catchment_South East Queensland_11553"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76088	"Riverine wetland Logan River catchment_South East Queensland_11553"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76089	"Riverine wetland Logan River catchment_South East Queensland_11553"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76090	"Riverine wetland Logan River catchment_South East Queensland_11553"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76091	"Riverine wetland Logan River catchment_South East Queensland_11553"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76092	"Riverine wetland Logan River catchment_South East Queensland_11553"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76093	"Riverine wetland Logan River catchment_South East Queensland_11553"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76094	"Riverine wetland Logan River catchment_South East Queensland_11554"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76095	"Riverine wetland Logan River catchment_South East Queensland_11554"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76096	"Riverine wetland Logan River catchment_South East Queensland_11554"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76097	"Riverine wetland Logan River catchment_South East Queensland_11554"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76098	"Riverine wetland Logan River catchment_South East Queensland_11554"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76099	"Riverine wetland Logan River catchment_South East Queensland_11554"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76100	"Riverine wetland Logan River catchment_South East Queensland_11554"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76101	"Riverine wetland Logan River catchment_South East Queensland_11554"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76102	"Riverine wetland Logan River catchment_South East Queensland_11554"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76103	"Riverine wetland Logan River catchment_South East Queensland_11555"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76104	"Riverine wetland Logan River catchment_South East Queensland_11555"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76105	"Riverine wetland Logan River catchment_South East Queensland_11555"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76106	"Riverine wetland Logan River catchment_South East Queensland_11555"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76107	"Riverine wetland Logan River catchment_South East Queensland_11555"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76108	"Riverine wetland Logan River catchment_South East Queensland_11555"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76109	"Riverine wetland Logan River catchment_South East Queensland_11555"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76110	"Riverine wetland Logan River catchment_South East Queensland_11555"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76111	"Riverine wetland Logan River catchment_South East Queensland_11555"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76112	"Riverine wetland Logan River catchment_South East Queensland_11556"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76113	"Riverine wetland Logan River catchment_South East Queensland_11556"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76114	"Riverine wetland Logan River catchment_South East Queensland_11556"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76115	"Riverine wetland Logan River catchment_South East Queensland_11556"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76116	"Riverine wetland Logan River catchment_South East Queensland_11556"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76117	"Riverine wetland Logan River catchment_South East Queensland_11556"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76118	"Riverine wetland Logan River catchment_South East Queensland_11556"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76119	"Riverine wetland Logan River catchment_South East Queensland_11556"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76120	"Riverine wetland Logan River catchment_South East Queensland_11556"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76121	"Riverine wetland Logan River catchment_South East Queensland_11557"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76122	"Riverine wetland Logan River catchment_South East Queensland_11557"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76123	"Riverine wetland Logan River catchment_South East Queensland_11557"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76124	"Riverine wetland Logan River catchment_South East Queensland_11557"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76125	"Riverine wetland Logan River catchment_South East Queensland_11557"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76126	"Riverine wetland Logan River catchment_South East Queensland_11557"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76127	"Riverine wetland Logan River catchment_South East Queensland_11557"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76128	"Riverine wetland Logan River catchment_South East Queensland_11557"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76129	"Riverine wetland Logan River catchment_South East Queensland_11557"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76130	"Riverine wetland Logan River catchment_South East Queensland_11558"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76131	"Riverine wetland Logan River catchment_South East Queensland_11558"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76132	"Riverine wetland Logan River catchment_South East Queensland_11558"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76133	"Riverine wetland Logan River catchment_South East Queensland_11558"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76134	"Riverine wetland Logan River catchment_South East Queensland_11558"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76135	"Riverine wetland Logan River catchment_South East Queensland_11558"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76136	"Riverine wetland Logan River catchment_South East Queensland_11558"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76137	"Riverine wetland Logan River catchment_South East Queensland_11558"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76138	"Riverine wetland Logan River catchment_South East Queensland_11558"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76139	"Riverine wetland Logan River catchment_South East Queensland_11559"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76140	"Riverine wetland Logan River catchment_South East Queensland_11559"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76141	"Riverine wetland Logan River catchment_South East Queensland_11559"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76142	"Riverine wetland Logan River catchment_South East Queensland_11559"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76143	"Riverine wetland Logan River catchment_South East Queensland_11559"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76144	"Riverine wetland Logan River catchment_South East Queensland_11559"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76145	"Riverine wetland Logan River catchment_South East Queensland_11559"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76146	"Riverine wetland Logan River catchment_South East Queensland_11559"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76147	"Riverine wetland Logan River catchment_South East Queensland_11559"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76148	"Riverine wetland Logan River catchment_South East Queensland_11560"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76149	"Riverine wetland Logan River catchment_South East Queensland_11560"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76150	"Riverine wetland Logan River catchment_South East Queensland_11560"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76151	"Riverine wetland Logan River catchment_South East Queensland_11560"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76152	"Riverine wetland Logan River catchment_South East Queensland_11560"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76153	"Riverine wetland Logan River catchment_South East Queensland_11560"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76154	"Riverine wetland Logan River catchment_South East Queensland_11560"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76155	"Riverine wetland Logan River catchment_South East Queensland_11560"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76156	"Riverine wetland Logan River catchment_South East Queensland_11560"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76157	"Riverine wetland Logan River catchment_South East Queensland_11561"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76158	"Riverine wetland Logan River catchment_South East Queensland_11561"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76159	"Riverine wetland Logan River catchment_South East Queensland_11561"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76160	"Riverine wetland Logan River catchment_South East Queensland_11561"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76161	"Riverine wetland Logan River catchment_South East Queensland_11561"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76162	"Riverine wetland Logan River catchment_South East Queensland_11561"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76163	"Riverine wetland Logan River catchment_South East Queensland_11561"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76164	"Riverine wetland Logan River catchment_South East Queensland_11561"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76165	"Riverine wetland Logan River catchment_South East Queensland_11561"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76166	"Riverine wetland Logan River catchment_South East Queensland_11562"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76167	"Riverine wetland Logan River catchment_South East Queensland_11562"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76168	"Riverine wetland Logan River catchment_South East Queensland_11562"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76169	"Riverine wetland Logan River catchment_South East Queensland_11562"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76170	"Riverine wetland Logan River catchment_South East Queensland_11562"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76171	"Riverine wetland Logan River catchment_South East Queensland_11562"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76172	"Riverine wetland Logan River catchment_South East Queensland_11562"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76173	"Riverine wetland Logan River catchment_South East Queensland_11562"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76174	"Riverine wetland Logan River catchment_South East Queensland_11562"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76175	"Riverine wetland Logan River catchment_South East Queensland_11563"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76176	"Riverine wetland Logan River catchment_South East Queensland_11563"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76177	"Riverine wetland Logan River catchment_South East Queensland_11563"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76178	"Riverine wetland Logan River catchment_South East Queensland_11563"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76179	"Riverine wetland Logan River catchment_South East Queensland_11563"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76180	"Riverine wetland Logan River catchment_South East Queensland_11563"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76181	"Riverine wetland Logan River catchment_South East Queensland_11563"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76182	"Riverine wetland Logan River catchment_South East Queensland_11563"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76183	"Riverine wetland Logan River catchment_South East Queensland_11563"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76184	"Riverine wetland Logan River catchment_South East Queensland_11564"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76185	"Riverine wetland Logan River catchment_South East Queensland_11564"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76186	"Riverine wetland Logan River catchment_South East Queensland_11564"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76187	"Riverine wetland Logan River catchment_South East Queensland_11564"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76188	"Riverine wetland Logan River catchment_South East Queensland_11564"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76189	"Riverine wetland Logan River catchment_South East Queensland_11564"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76190	"Riverine wetland Logan River catchment_South East Queensland_11564"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76191	"Riverine wetland Logan River catchment_South East Queensland_11564"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76192	"Riverine wetland Logan River catchment_South East Queensland_11564"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76193	"Riverine wetland Logan River catchment_South East Queensland_11565"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76194	"Riverine wetland Logan River catchment_South East Queensland_11565"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76195	"Riverine wetland Logan River catchment_South East Queensland_11565"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76196	"Riverine wetland Logan River catchment_South East Queensland_11565"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76197	"Riverine wetland Logan River catchment_South East Queensland_11565"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76198	"Riverine wetland Logan River catchment_South East Queensland_11565"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76199	"Riverine wetland Logan River catchment_South East Queensland_11565"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76200	"Riverine wetland Logan River catchment_South East Queensland_11565"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76201	"Riverine wetland Logan River catchment_South East Queensland_11565"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76202	"Riverine wetland Logan River catchment_South East Queensland_11566"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76203	"Riverine wetland Logan River catchment_South East Queensland_11566"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76204	"Riverine wetland Logan River catchment_South East Queensland_11566"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76205	"Riverine wetland Logan River catchment_South East Queensland_11566"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76206	"Riverine wetland Logan River catchment_South East Queensland_11566"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76207	"Riverine wetland Logan River catchment_South East Queensland_11566"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76208	"Riverine wetland Logan River catchment_South East Queensland_11566"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76209	"Riverine wetland Logan River catchment_South East Queensland_11566"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76210	"Riverine wetland Logan River catchment_South East Queensland_11566"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76211	"Riverine wetland Logan River catchment_South East Queensland_11567"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76212	"Riverine wetland Logan River catchment_South East Queensland_11567"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76213	"Riverine wetland Logan River catchment_South East Queensland_11567"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76214	"Riverine wetland Logan River catchment_South East Queensland_11567"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76215	"Riverine wetland Logan River catchment_South East Queensland_11567"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76216	"Riverine wetland Logan River catchment_South East Queensland_11567"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76217	"Riverine wetland Logan River catchment_South East Queensland_11567"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76218	"Riverine wetland Logan River catchment_South East Queensland_11567"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76219	"Riverine wetland Logan River catchment_South East Queensland_11567"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76220	"Riverine wetland Logan River catchment_South East Queensland_11568"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76221	"Riverine wetland Logan River catchment_South East Queensland_11568"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76222	"Riverine wetland Logan River catchment_South East Queensland_11568"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76223	"Riverine wetland Logan River catchment_South East Queensland_11568"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76224	"Riverine wetland Logan River catchment_South East Queensland_11568"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76225	"Riverine wetland Logan River catchment_South East Queensland_11568"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76226	"Riverine wetland Logan River catchment_South East Queensland_11568"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76227	"Riverine wetland Logan River catchment_South East Queensland_11568"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76228	"Riverine wetland Logan River catchment_South East Queensland_11568"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76229	"Riverine wetland Logan River catchment_South East Queensland_11569"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76230	"Riverine wetland Logan River catchment_South East Queensland_11569"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76231	"Riverine wetland Logan River catchment_South East Queensland_11569"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76232	"Riverine wetland Logan River catchment_South East Queensland_11569"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76233	"Riverine wetland Logan River catchment_South East Queensland_11569"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76234	"Riverine wetland Logan River catchment_South East Queensland_11569"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76235	"Riverine wetland Logan River catchment_South East Queensland_11569"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76236	"Riverine wetland Logan River catchment_South East Queensland_11569"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76237	"Riverine wetland Logan River catchment_South East Queensland_11569"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76238	"Riverine wetland Logan River catchment_South East Queensland_11570"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76239	"Riverine wetland Logan River catchment_South East Queensland_11570"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76240	"Riverine wetland Logan River catchment_South East Queensland_11570"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76241	"Riverine wetland Logan River catchment_South East Queensland_11570"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76242	"Riverine wetland Logan River catchment_South East Queensland_11570"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76243	"Riverine wetland Logan River catchment_South East Queensland_11570"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76244	"Riverine wetland Logan River catchment_South East Queensland_11570"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76245	"Riverine wetland Logan River catchment_South East Queensland_11570"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76246	"Riverine wetland Logan River catchment_South East Queensland_11570"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76247	"Riverine wetland Logan River catchment_South East Queensland_11571"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76248	"Riverine wetland Logan River catchment_South East Queensland_11571"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76249	"Riverine wetland Logan River catchment_South East Queensland_11571"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76250	"Riverine wetland Logan River catchment_South East Queensland_11571"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76251	"Riverine wetland Logan River catchment_South East Queensland_11571"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76252	"Riverine wetland Logan River catchment_South East Queensland_11571"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76253	"Riverine wetland Logan River catchment_South East Queensland_11571"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76254	"Riverine wetland Logan River catchment_South East Queensland_11571"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76255	"Riverine wetland Logan River catchment_South East Queensland_11571"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76256	"Riverine wetland Logan River catchment_South East Queensland_11572"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76257	"Riverine wetland Logan River catchment_South East Queensland_11572"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76258	"Riverine wetland Logan River catchment_South East Queensland_11572"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76259	"Riverine wetland Logan River catchment_South East Queensland_11572"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76260	"Riverine wetland Logan River catchment_South East Queensland_11572"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76261	"Riverine wetland Logan River catchment_South East Queensland_11572"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76262	"Riverine wetland Logan River catchment_South East Queensland_11572"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76263	"Riverine wetland Logan River catchment_South East Queensland_11572"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76264	"Riverine wetland Logan River catchment_South East Queensland_11572"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76265	"Riverine wetland Logan River catchment_South East Queensland_11573"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76266	"Riverine wetland Logan River catchment_South East Queensland_11573"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76267	"Riverine wetland Logan River catchment_South East Queensland_11573"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76268	"Riverine wetland Logan River catchment_South East Queensland_11573"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76269	"Riverine wetland Logan River catchment_South East Queensland_11573"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76270	"Riverine wetland Logan River catchment_South East Queensland_11573"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76271	"Riverine wetland Logan River catchment_South East Queensland_11573"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76272	"Riverine wetland Logan River catchment_South East Queensland_11573"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76273	"Riverine wetland Logan River catchment_South East Queensland_11573"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76274	"Riverine wetland Logan River catchment_South East Queensland_11574"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76275	"Riverine wetland Logan River catchment_South East Queensland_11574"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76276	"Riverine wetland Logan River catchment_South East Queensland_11574"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76277	"Riverine wetland Logan River catchment_South East Queensland_11574"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76278	"Riverine wetland Logan River catchment_South East Queensland_11574"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76279	"Riverine wetland Logan River catchment_South East Queensland_11574"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76280	"Riverine wetland Logan River catchment_South East Queensland_11574"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76281	"Riverine wetland Logan River catchment_South East Queensland_11574"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76282	"Riverine wetland Logan River catchment_South East Queensland_11574"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76283	"Riverine wetland Logan River catchment_South East Queensland_11575"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76284	"Riverine wetland Logan River catchment_South East Queensland_11575"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76285	"Riverine wetland Logan River catchment_South East Queensland_11575"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76286	"Riverine wetland Logan River catchment_South East Queensland_11575"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76287	"Riverine wetland Logan River catchment_South East Queensland_11575"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76288	"Riverine wetland Logan River catchment_South East Queensland_11575"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76289	"Riverine wetland Logan River catchment_South East Queensland_11575"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76290	"Riverine wetland Logan River catchment_South East Queensland_11575"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76291	"Riverine wetland Logan River catchment_South East Queensland_11575"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76292	"Riverine wetland Logan River catchment_South East Queensland_11576"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76293	"Riverine wetland Logan River catchment_South East Queensland_11576"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76294	"Riverine wetland Logan River catchment_South East Queensland_11576"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76295	"Riverine wetland Logan River catchment_South East Queensland_11576"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76296	"Riverine wetland Logan River catchment_South East Queensland_11576"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76297	"Riverine wetland Logan River catchment_South East Queensland_11576"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76298	"Riverine wetland Logan River catchment_South East Queensland_11576"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76299	"Riverine wetland Logan River catchment_South East Queensland_11576"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76300	"Riverine wetland Logan River catchment_South East Queensland_11576"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76301	"Riverine wetland Logan River catchment_South East Queensland_11577"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76302	"Riverine wetland Logan River catchment_South East Queensland_11577"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76303	"Riverine wetland Logan River catchment_South East Queensland_11577"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76304	"Riverine wetland Logan River catchment_South East Queensland_11577"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76305	"Riverine wetland Logan River catchment_South East Queensland_11577"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76306	"Riverine wetland Logan River catchment_South East Queensland_11577"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76307	"Riverine wetland Logan River catchment_South East Queensland_11577"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76308	"Riverine wetland Logan River catchment_South East Queensland_11577"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76309	"Riverine wetland Logan River catchment_South East Queensland_11577"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76310	"Riverine wetland Logan River catchment_South East Queensland_11578"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76311	"Riverine wetland Logan River catchment_South East Queensland_11578"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76312	"Riverine wetland Logan River catchment_South East Queensland_11578"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76313	"Riverine wetland Logan River catchment_South East Queensland_11578"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76314	"Riverine wetland Logan River catchment_South East Queensland_11578"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76315	"Riverine wetland Logan River catchment_South East Queensland_11578"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76316	"Riverine wetland Logan River catchment_South East Queensland_11578"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76317	"Riverine wetland Logan River catchment_South East Queensland_11578"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76318	"Riverine wetland Logan River catchment_South East Queensland_11578"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76319	"Riverine wetland Logan River catchment_South East Queensland_11579"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76320	"Riverine wetland Logan River catchment_South East Queensland_11579"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76321	"Riverine wetland Logan River catchment_South East Queensland_11579"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76322	"Riverine wetland Logan River catchment_South East Queensland_11579"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76323	"Riverine wetland Logan River catchment_South East Queensland_11579"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76324	"Riverine wetland Logan River catchment_South East Queensland_11579"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76325	"Riverine wetland Logan River catchment_South East Queensland_11579"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76326	"Riverine wetland Logan River catchment_South East Queensland_11579"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76327	"Riverine wetland Logan River catchment_South East Queensland_11579"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76328	"Riverine wetland Logan River catchment_South East Queensland_11580"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76329	"Riverine wetland Logan River catchment_South East Queensland_11580"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76330	"Riverine wetland Logan River catchment_South East Queensland_11580"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76331	"Riverine wetland Logan River catchment_South East Queensland_11580"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76332	"Riverine wetland Logan River catchment_South East Queensland_11580"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76333	"Riverine wetland Logan River catchment_South East Queensland_11580"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76334	"Riverine wetland Logan River catchment_South East Queensland_11580"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76335	"Riverine wetland Logan River catchment_South East Queensland_11580"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76336	"Riverine wetland Logan River catchment_South East Queensland_11580"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76337	"Riverine wetland Logan River catchment_South East Queensland_11581"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76338	"Riverine wetland Logan River catchment_South East Queensland_11581"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76339	"Riverine wetland Logan River catchment_South East Queensland_11581"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76340	"Riverine wetland Logan River catchment_South East Queensland_11581"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76341	"Riverine wetland Logan River catchment_South East Queensland_11581"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76342	"Riverine wetland Logan River catchment_South East Queensland_11582"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76343	"Riverine wetland Logan River catchment_South East Queensland_11582"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76344	"Riverine wetland Logan River catchment_South East Queensland_11582"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76345	"Riverine wetland Logan River catchment_South East Queensland_11582"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76346	"Riverine wetland Logan River catchment_South East Queensland_11582"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76347	"Riverine wetland Logan River catchment_South East Queensland_11583"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76348	"Riverine wetland Logan River catchment_South East Queensland_11583"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76349	"Riverine wetland Logan River catchment_South East Queensland_11583"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76350	"Riverine wetland Logan River catchment_South East Queensland_11583"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76351	"Riverine wetland Logan River catchment_South East Queensland_11583"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76352	"Riverine wetland Logan River catchment_South East Queensland_11584"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76353	"Riverine wetland Logan River catchment_South East Queensland_11584"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76354	"Riverine wetland Logan River catchment_South East Queensland_11584"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76355	"Riverine wetland Logan River catchment_South East Queensland_11584"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76356	"Riverine wetland Logan River catchment_South East Queensland_11584"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76357	"Riverine wetland Logan River catchment_South East Queensland_11585"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76358	"Riverine wetland Logan River catchment_South East Queensland_11585"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76359	"Riverine wetland Logan River catchment_South East Queensland_11585"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76360	"Riverine wetland Logan River catchment_South East Queensland_11585"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76361	"Riverine wetland Logan River catchment_South East Queensland_11585"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76362	"Riverine wetland Logan River catchment_South East Queensland_11586"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76363	"Riverine wetland Logan River catchment_South East Queensland_11586"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76364	"Riverine wetland Logan River catchment_South East Queensland_11586"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76365	"Riverine wetland Logan River catchment_South East Queensland_11586"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76366	"Riverine wetland Logan River catchment_South East Queensland_11586"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76367	"Riverine wetland Logan River catchment_South East Queensland_11586"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76368	"Riverine wetland Logan River catchment_South East Queensland_11586"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76369	"Riverine wetland Logan River catchment_South East Queensland_11586"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76370	"Riverine wetland Logan River catchment_South East Queensland_11586"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76371	"Riverine wetland Logan River catchment_South East Queensland_11587"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76372	"Riverine wetland Logan River catchment_South East Queensland_11587"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76373	"Riverine wetland Logan River catchment_South East Queensland_11587"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76374	"Riverine wetland Logan River catchment_South East Queensland_11587"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76375	"Riverine wetland Logan River catchment_South East Queensland_11587"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76376	"Riverine wetland Logan River catchment_South East Queensland_11587"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76377	"Riverine wetland Logan River catchment_South East Queensland_11587"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76378	"Riverine wetland Logan River catchment_South East Queensland_11587"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76379	"Riverine wetland Logan River catchment_South East Queensland_11587"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76380	"Riverine wetland Logan River catchment_South East Queensland_11588"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76381	"Riverine wetland Logan River catchment_South East Queensland_11588"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76382	"Riverine wetland Logan River catchment_South East Queensland_11588"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76383	"Riverine wetland Logan River catchment_South East Queensland_11588"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76384	"Riverine wetland Logan River catchment_South East Queensland_11588"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76385	"Riverine wetland Logan River catchment_South East Queensland_11588"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76386	"Riverine wetland Logan River catchment_South East Queensland_11588"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76387	"Riverine wetland Logan River catchment_South East Queensland_11588"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76388	"Riverine wetland Logan River catchment_South East Queensland_11588"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76389	"Riverine wetland Logan River catchment_South East Queensland_11589"	"Coal mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up."
76390	"Riverine wetland Logan River catchment_South East Queensland_11589"	"Coal mining"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"New open cut mines would remove all vegetation and totally destroy the wetland ecosystem.  Much of the ecosystem is in the soil and landscape / groundwater hydrology which is unlikely to be recreated through rehabilitation.  Additional impacts could also occur. "
76391	"Riverine wetland Logan River catchment_South East Queensland_11589"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
76392	"Riverine wetland Logan River catchment_South East Queensland_11589"	"Coal mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the wetland will result in mine water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem."
76393	"Riverine wetland Logan River catchment_South East Queensland_11589"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  The frequency of inundation of the wetlands may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus the groundwater may only be ""wet"" during extreme events.  This possible reduction in the frequency of inundation will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76394	"Riverine wetland Logan River catchment_South East Queensland_11589"	"Coal seam gas mining"	"Potential"	"Habitat "	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Locate well heads outside asset."	"Coal seam gas mining usually has a relatively small footprint compared to conventional mining, but some of these water assets are also very small.  Any drilling and construction within an asset may totally destroy it.  However, with proper planning, lateral drilling can be used and thus on site impacts could be located outside of the asset, preferably down slope."
76395	"Riverine wetland Logan River catchment_South East Queensland_11589"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This toxic water would settle in the wetlands and poison the soil upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the wetland vegetation and soil biota.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
76396	"Riverine wetland Logan River catchment_South East Queensland_11589"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into low-lying areas such as waterways and/or wetlands.  This excess water in the landscape may cause significant changes in the wetland ecosystem (duration of inundation).  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply this water asset with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and duration of inundation.  This too will have a significant negative impact to this asset through the promotion of other species and a change to the ecosystem and loss of wetland ecosystem services."
76397	"Riverine wetland Logan River catchment_South East Queensland_11589"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  If a pipe-line or road goes through one of these small water assets it could totally destroy it.  There may also be spillages from road accidents or pipeline breakages, but the risk of this cannot currently be assessed."
76659	"Borefield CAPALABA 2_South East Queensland_11654"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76660	"Borefield CAPALABA 2_South East Queensland_11654"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76661	"Borefield CAPALABA 2_South East Queensland_11654"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76662	"Borefield CAPALABA 2_South East Queensland_11654"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76671	"Borefield BRISBANE 3_South East Queensland_11657"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76672	"Borefield BRISBANE 3_South East Queensland_11657"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76673	"Borefield BRISBANE 3_South East Queensland_11657"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76674	"Borefield BRISBANE 3_South East Queensland_11657"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76679	"Borefield CAPALABA 3_South East Queensland_11659"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76680	"Borefield CAPALABA 3_South East Queensland_11659"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76681	"Borefield CAPALABA 3_South East Queensland_11659"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76682	"Borefield CAPALABA 3_South East Queensland_11659"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76687	"Borefield CAPALABA 4_South East Queensland_11661"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76688	"Borefield CAPALABA 4_South East Queensland_11661"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76689	"Borefield CAPALABA 4_South East Queensland_11661"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76690	"Borefield CAPALABA 4_South East Queensland_11661"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76691	"Borefield BRISBANE 4_South East Queensland_11662"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76692	"Borefield BRISBANE 4_South East Queensland_11662"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76693	"Borefield BRISBANE 4_South East Queensland_11662"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76694	"Borefield BRISBANE 4_South East Queensland_11662"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76695	"Borefield CAPALABA 5_South East Queensland_11663"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76696	"Borefield CAPALABA 5_South East Queensland_11663"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76697	"Borefield CAPALABA 5_South East Queensland_11663"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76698	"Borefield CAPALABA 5_South East Queensland_11663"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76699	"Borefield CAPALABA 6_South East Queensland_11664"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76700	"Borefield CAPALABA 6_South East Queensland_11664"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76701	"Borefield CAPALABA 6_South East Queensland_11664"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76702	"Borefield CAPALABA 6_South East Queensland_11664"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76703	"Borefield BRISBANE 5_South East Queensland_11665"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76704	"Borefield BRISBANE 5_South East Queensland_11665"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76705	"Borefield BRISBANE 5_South East Queensland_11665"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76706	"Borefield BRISBANE 5_South East Queensland_11665"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76715	"Borefield BRISBANE 6_South East Queensland_11668"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76716	"Borefield BRISBANE 6_South East Queensland_11668"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76717	"Borefield BRISBANE 6_South East Queensland_11668"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76718	"Borefield BRISBANE 6_South East Queensland_11668"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76719	"Borefield COOCHIEMUDLO ISLAND_South East Queensland_11669"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76720	"Borefield COOCHIEMUDLO ISLAND_South East Queensland_11669"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76721	"Borefield COOCHIEMUDLO ISLAND_South East Queensland_11669"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76722	"Borefield COOCHIEMUDLO ISLAND_South East Queensland_11669"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76723	"Borefield WALLOON_South East Queensland_11670"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76724	"Borefield WALLOON_South East Queensland_11670"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76725	"Borefield WALLOON_South East Queensland_11670"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76726	"Borefield WALLOON_South East Queensland_11670"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76727	"Borefield LOGAN VILLAGE 1_South East Queensland_11671"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76728	"Borefield LOGAN VILLAGE 1_South East Queensland_11671"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76729	"Borefield LOGAN VILLAGE 1_South East Queensland_11671"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76730	"Borefield LOGAN VILLAGE 1_South East Queensland_11671"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76739	"Borefield IPSWICH 3_South East Queensland_11674"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76740	"Borefield IPSWICH 3_South East Queensland_11674"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76741	"Borefield IPSWICH 3_South East Queensland_11674"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76742	"Borefield IPSWICH 3_South East Queensland_11674"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76743	"Borefield ROSEWOOD 1_South East Queensland_11675"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76744	"Borefield ROSEWOOD 1_South East Queensland_11675"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76745	"Borefield ROSEWOOD 1_South East Queensland_11675"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76746	"Borefield ROSEWOOD 1_South East Queensland_11675"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76763	"Borefield ROSEWOOD 2_South East Queensland_11680"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76764	"Borefield ROSEWOOD 2_South East Queensland_11680"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76765	"Borefield ROSEWOOD 2_South East Queensland_11680"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76766	"Borefield ROSEWOOD 2_South East Queensland_11680"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76771	"Borefield JIMBOOMBA_South East Queensland_11682"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76772	"Borefield JIMBOOMBA_South East Queensland_11682"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76773	"Borefield JIMBOOMBA_South East Queensland_11682"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76774	"Borefield JIMBOOMBA_South East Queensland_11682"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76779	"Borefield LOGAN VILLAGE 2_South East Queensland_11684"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76780	"Borefield LOGAN VILLAGE 2_South East Queensland_11684"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76781	"Borefield LOGAN VILLAGE 2_South East Queensland_11684"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76782	"Borefield LOGAN VILLAGE 2_South East Queensland_11684"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76783	"Borefield LOGAN VILLAGE 3_South East Queensland_11685"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76784	"Borefield LOGAN VILLAGE 3_South East Queensland_11685"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76785	"Borefield LOGAN VILLAGE 3_South East Queensland_11685"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76786	"Borefield LOGAN VILLAGE 3_South East Queensland_11685"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76791	"Borefield HARRISVILLE_South East Queensland_11687"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76792	"Borefield HARRISVILLE_South East Queensland_11687"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76793	"Borefield HARRISVILLE_South East Queensland_11687"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76794	"Borefield HARRISVILLE_South East Queensland_11687"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76795	"Borefield LOGAN VILLAGE 4_South East Queensland_11688"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76796	"Borefield LOGAN VILLAGE 4_South East Queensland_11688"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76797	"Borefield LOGAN VILLAGE 4_South East Queensland_11688"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76798	"Borefield LOGAN VILLAGE 4_South East Queensland_11688"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76799	"Borefield WARRILL VIEW 1_South East Queensland_11689"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76800	"Borefield WARRILL VIEW 1_South East Queensland_11689"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76801	"Borefield WARRILL VIEW 1_South East Queensland_11689"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76802	"Borefield WARRILL VIEW 1_South East Queensland_11689"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76807	"Borefield WARRILL VIEW 2_South East Queensland_11691"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76808	"Borefield WARRILL VIEW 2_South East Queensland_11691"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76809	"Borefield WARRILL VIEW 2_South East Queensland_11691"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76810	"Borefield WARRILL VIEW 2_South East Queensland_11691"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76815	"Borefield WARRILL VIEW 3_South East Queensland_11693"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76816	"Borefield WARRILL VIEW 3_South East Queensland_11693"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76817	"Borefield WARRILL VIEW 3_South East Queensland_11693"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76818	"Borefield WARRILL VIEW 3_South East Queensland_11693"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76819	"Borefield MUNBILLA_South East Queensland_11694"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76820	"Borefield MUNBILLA_South East Queensland_11694"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76821	"Borefield MUNBILLA_South East Queensland_11694"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76822	"Borefield MUNBILLA_South East Queensland_11694"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76823	"Borefield TAMBORINE_South East Queensland_11695"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76824	"Borefield TAMBORINE_South East Queensland_11695"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76825	"Borefield TAMBORINE_South East Queensland_11695"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76826	"Borefield TAMBORINE_South East Queensland_11695"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76827	"Borefield KALBAR_South East Queensland_11696"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76828	"Borefield KALBAR_South East Queensland_11696"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76829	"Borefield KALBAR_South East Queensland_11696"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76830	"Borefield KALBAR_South East Queensland_11696"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76835	"Borefield BEAUDESERT 1_South East Queensland_11698"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76836	"Borefield BEAUDESERT 1_South East Queensland_11698"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76837	"Borefield BEAUDESERT 1_South East Queensland_11698"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76838	"Borefield BEAUDESERT 1_South East Queensland_11698"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76843	"Borefield ARATULA_South East Queensland_11700"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76844	"Borefield ARATULA_South East Queensland_11700"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76845	"Borefield ARATULA_South East Queensland_11700"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76846	"Borefield ARATULA_South East Queensland_11700"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76847	"Borefield EAGLE HEIGHTS_South East Queensland_11701"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76848	"Borefield EAGLE HEIGHTS_South East Queensland_11701"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76849	"Borefield EAGLE HEIGHTS_South East Queensland_11701"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76850	"Borefield EAGLE HEIGHTS_South East Queensland_11701"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76863	"Borefield DUGANDAN_South East Queensland_11705"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76864	"Borefield DUGANDAN_South East Queensland_11705"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76865	"Borefield DUGANDAN_South East Queensland_11705"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76866	"Borefield DUGANDAN_South East Queensland_11705"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76871	"Borefield BEAUDESERT 2_South East Queensland_11707"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76872	"Borefield BEAUDESERT 2_South East Queensland_11707"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76873	"Borefield BEAUDESERT 2_South East Queensland_11707"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76874	"Borefield BEAUDESERT 2_South East Queensland_11707"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76875	"Borefield MOUNT ALFORD 1_South East Queensland_11708"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76876	"Borefield MOUNT ALFORD 1_South East Queensland_11708"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76877	"Borefield MOUNT ALFORD 1_South East Queensland_11708"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76878	"Borefield MOUNT ALFORD 1_South East Queensland_11708"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76879	"Borefield MOUNT ALFORD 2_South East Queensland_11709"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76880	"Borefield MOUNT ALFORD 2_South East Queensland_11709"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76881	"Borefield MOUNT ALFORD 2_South East Queensland_11709"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76882	"Borefield MOUNT ALFORD 2_South East Queensland_11709"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76883	"Borefield BEECHMONT_South East Queensland_11710"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76884	"Borefield BEECHMONT_South East Queensland_11710"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76885	"Borefield BEECHMONT_South East Queensland_11710"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76886	"Borefield BEECHMONT_South East Queensland_11710"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76887	"Borefield MOUNT ALFORD 3_South East Queensland_11711"	"Coal Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some significant poisoning of local groundwater that may be used to irrigate crops / horticulture / stock.
"
76888	"Borefield MOUNT ALFORD 3_South East Queensland_11711"	"Coal Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown.  Another possible issue is the leaking of water from above ground storage ponds/dams into the local groundwater.  This could cause some waterlogging adjacent low-lying areas."
76889	"Borefield MOUNT ALFORD 3_South East Queensland_11711"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  This coal seam water is often re-injected into the well / aquifer as a standard procedure.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, thus poisoning the aquifer.  If this coal seam aquifer is connected to other aquifers then the quality of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture that require irrigation water of suitable quality from bores.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  Some of the ""fracking"" chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to human health if bore water containing the chemicals is used to irrigate crops / horticulture / or provide water to stock.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
76890	"Borefield MOUNT ALFORD 3_South East Queensland_11711"	"Coal Seam Gas Mining"	"Existing and potential expansion"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  If this water is not re-injected into the well / aquifer (and sometimes this is not done) the obviously the water in the coal aquifer will decrease.  If this coal seam aquifer is connected to other aquifers then the quantity of water will decrease in those aquifers too, and may significantly affect production of crops / horticulture / stock that require bore water.  In addition, if any fracturing of the subsurface aquifers occur (likely) then the connections to other aquifers are likely to increase.  There is also likely to be a reduction in food produced.  The impacts on stygofauna are unknown."
77285	"Oxley and Blunder Creeks (upper reaches) lowland freshwater within Greenbank army camp 1_South East Queensland_11779"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into into the High Ecological Value waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
77286	"Oxley and Blunder Creeks (upper reaches) lowland freshwater within Greenbank army camp 1_South East Queensland_11779"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into the High Ecological Value waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
77287	"Oxley and Blunder Creeks (upper reaches) lowland freshwater within Greenbank army camp 1_South East Queensland_11779"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the into the High Ecological Value waterway."
77288	"Oxley and Blunder Creeks (upper reaches) lowland freshwater within Greenbank army camp 1_South East Queensland_11779"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into the High Ecological Value waterway.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
77289	"Oxley and Blunder Creeks (upper reaches) lowland freshwater within Greenbank army camp 1_South East Queensland_11779"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry or as waste.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  This excess water in the landscape may cause significant changes in the ecosystem.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
77290	"Oxley and Blunder Creeks (upper reaches) lowland freshwater within Greenbank army camp 1_South East Queensland_11779"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone of this High Ecological Value waterway may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
77291	"Oxley and Blunder Creeks (upper reaches) lowland freshwater within Greenbank army camp 2_South East Queensland_11780"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into into the High Ecological Value waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
77292	"Oxley and Blunder Creeks (upper reaches) lowland freshwater within Greenbank army camp 2_South East Queensland_11780"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into the High Ecological Value waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
77293	"Oxley and Blunder Creeks (upper reaches) lowland freshwater within Greenbank army camp 2_South East Queensland_11780"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the into the High Ecological Value waterway."
77294	"Oxley and Blunder Creeks (upper reaches) lowland freshwater within Greenbank army camp 2_South East Queensland_11780"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into the High Ecological Value waterway.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
77295	"Oxley and Blunder Creeks (upper reaches) lowland freshwater within Greenbank army camp 2_South East Queensland_11780"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry or as waste.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  This excess water in the landscape may cause significant changes in the ecosystem.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
77296	"Oxley and Blunder Creeks (upper reaches) lowland freshwater within Greenbank army camp 2_South East Queensland_11780"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone of this High Ecological Value waterway may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
77297	"Oxley and Blunder Creeks (upper reaches) lowland freshwater within Greenbank army camp 3_South East Queensland_11781"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into into the High Ecological Value waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
77298	"Oxley and Blunder Creeks (upper reaches) lowland freshwater within Greenbank army camp 3_South East Queensland_11781"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into the High Ecological Value waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
77299	"Oxley and Blunder Creeks (upper reaches) lowland freshwater within Greenbank army camp 3_South East Queensland_11781"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the into the High Ecological Value waterway."
77300	"Oxley and Blunder Creeks (upper reaches) lowland freshwater within Greenbank army camp 3_South East Queensland_11781"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into the High Ecological Value waterway.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
77301	"Oxley and Blunder Creeks (upper reaches) lowland freshwater within Greenbank army camp 3_South East Queensland_11781"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry or as waste.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  This excess water in the landscape may cause significant changes in the ecosystem.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
77302	"Oxley and Blunder Creeks (upper reaches) lowland freshwater within Greenbank army camp 3_South East Queensland_11781"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone of this High Ecological Value waterway may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
77381	"Gold Coast hinterland streams Upland streams in or adjoining protected estate 1_South East Queensland_11795"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into into the High Ecological Value waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
77382	"Gold Coast hinterland streams Upland streams in or adjoining protected estate 1_South East Queensland_11795"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into the High Ecological Value waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
77383	"Gold Coast hinterland streams Upland streams in or adjoining protected estate 1_South East Queensland_11795"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the into the High Ecological Value waterway."
77384	"Gold Coast hinterland streams Upland streams in or adjoining protected estate 1_South East Queensland_11795"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into the High Ecological Value waterway.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
77385	"Gold Coast hinterland streams Upland streams in or adjoining protected estate 1_South East Queensland_11795"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry or as waste.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  This excess water in the landscape may cause significant changes in the ecosystem.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
77386	"Gold Coast hinterland streams Upland streams in or adjoining protected estate 1_South East Queensland_11795"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone of this High Ecological Value waterway may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
77411	"Gold Coast hinterland streams Upland streams in or adjoining protected estate 5_South East Queensland_11800"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into into the High Ecological Value waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
77412	"Gold Coast hinterland streams Upland streams in or adjoining protected estate 5_South East Queensland_11800"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into the High Ecological Value waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
77413	"Gold Coast hinterland streams Upland streams in or adjoining protected estate 5_South East Queensland_11800"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the into the High Ecological Value waterway."
77414	"Gold Coast hinterland streams Upland streams in or adjoining protected estate 5_South East Queensland_11800"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into the High Ecological Value waterway.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
77415	"Gold Coast hinterland streams Upland streams in or adjoining protected estate 5_South East Queensland_11800"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry or as waste.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  This excess water in the landscape may cause significant changes in the ecosystem.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
77416	"Gold Coast hinterland streams Upland streams in or adjoining protected estate 5_South East Queensland_11800"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone of this High Ecological Value waterway may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
77441	"Gold Coast hinterland streams Upland streams in or adjoining protected estate 9_South East Queensland_11805"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into into the High Ecological Value waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
77442	"Gold Coast hinterland streams Upland streams in or adjoining protected estate 9_South East Queensland_11805"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into the High Ecological Value waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
77443	"Gold Coast hinterland streams Upland streams in or adjoining protected estate 9_South East Queensland_11805"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the into the High Ecological Value waterway."
77444	"Gold Coast hinterland streams Upland streams in or adjoining protected estate 9_South East Queensland_11805"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into the High Ecological Value waterway.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
77445	"Gold Coast hinterland streams Upland streams in or adjoining protected estate 9_South East Queensland_11805"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry or as waste.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  This excess water in the landscape may cause significant changes in the ecosystem.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
77446	"Gold Coast hinterland streams Upland streams in or adjoining protected estate 9_South East Queensland_11805"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone of this High Ecological Value waterway may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
77447	"Gold Coast hinterland streams Upland streams in or adjoining protected estate 10_South East Queensland_11806"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into into the High Ecological Value waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
77448	"Gold Coast hinterland streams Upland streams in or adjoining protected estate 10_South East Queensland_11806"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into the High Ecological Value waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
77449	"Gold Coast hinterland streams Upland streams in or adjoining protected estate 10_South East Queensland_11806"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the into the High Ecological Value waterway."
77450	"Gold Coast hinterland streams Upland streams in or adjoining protected estate 10_South East Queensland_11806"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into the High Ecological Value waterway.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
77451	"Gold Coast hinterland streams Upland streams in or adjoining protected estate 10_South East Queensland_11806"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry or as waste.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  This excess water in the landscape may cause significant changes in the ecosystem.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
77452	"Gold Coast hinterland streams Upland streams in or adjoining protected estate 10_South East Queensland_11806"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone of this High Ecological Value waterway may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
77621	"Mount Chinghee National Park_South East Queensland_11835"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into into the High Ecological Value waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
77622	"Mount Chinghee National Park_South East Queensland_11835"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into the High Ecological Value waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
77623	"Mount Chinghee National Park_South East Queensland_11835"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the into the High Ecological Value waterway."
77624	"Mount Chinghee National Park_South East Queensland_11835"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into the High Ecological Value waterway.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
77625	"Mount Chinghee National Park_South East Queensland_11835"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry or as waste.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  This excess water in the landscape may cause significant changes in the ecosystem.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
77626	"Mount Chinghee National Park_South East Queensland_11835"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone of this High Ecological Value waterway may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
77645	"Tamborine National Park & Tamborine Forest Reserve_South East Queensland_11839"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into into the High Ecological Value waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
77646	"Tamborine National Park & Tamborine Forest Reserve_South East Queensland_11839"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into the High Ecological Value waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
77647	"Tamborine National Park & Tamborine Forest Reserve_South East Queensland_11839"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the into the High Ecological Value waterway."
77648	"Tamborine National Park & Tamborine Forest Reserve_South East Queensland_11839"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into the High Ecological Value waterway.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
77649	"Tamborine National Park & Tamborine Forest Reserve_South East Queensland_11839"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry or as waste.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  This excess water in the landscape may cause significant changes in the ecosystem.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
77650	"Tamborine National Park & Tamborine Forest Reserve_South East Queensland_11839"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone of this High Ecological Value waterway may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
77657	"Wickham National Park & Plunkett Conservation Park_South East Queensland_11841"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into into the High Ecological Value waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
77658	"Wickham National Park & Plunkett Conservation Park_South East Queensland_11841"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into the High Ecological Value waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
77659	"Wickham National Park & Plunkett Conservation Park_South East Queensland_11841"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the into the High Ecological Value waterway."
77660	"Wickham National Park & Plunkett Conservation Park_South East Queensland_11841"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into the High Ecological Value waterway.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
77661	"Wickham National Park & Plunkett Conservation Park_South East Queensland_11841"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry or as waste.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  This excess water in the landscape may cause significant changes in the ecosystem.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
77662	"Wickham National Park & Plunkett Conservation Park_South East Queensland_11841"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone of this High Ecological Value waterway may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
77747	"Mount Barney National Park_South East Queensland_11856"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into into the High Ecological Value waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
77748	"Mount Barney National Park_South East Queensland_11856"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into the High Ecological Value waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
77749	"Mount Barney National Park_South East Queensland_11856"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the into the High Ecological Value waterway."
77750	"Mount Barney National Park_South East Queensland_11856"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into the High Ecological Value waterway.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
77751	"Mount Barney National Park_South East Queensland_11856"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry or as waste.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  This excess water in the landscape may cause significant changes in the ecosystem.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
77752	"Mount Barney National Park_South East Queensland_11856"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone of this High Ecological Value waterway may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
77753	"Lamington National Park 1_South East Queensland_11857"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into into the High Ecological Value waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
77754	"Lamington National Park 1_South East Queensland_11857"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into the High Ecological Value waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
77755	"Lamington National Park 1_South East Queensland_11857"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the into the High Ecological Value waterway."
77756	"Lamington National Park 1_South East Queensland_11857"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into the High Ecological Value waterway.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
77757	"Lamington National Park 1_South East Queensland_11857"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry or as waste.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  This excess water in the landscape may cause significant changes in the ecosystem.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
77758	"Lamington National Park 1_South East Queensland_11857"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone of this High Ecological Value waterway may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
77759	"Teviot Brook   water quality assessment_South East Queensland_11858"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into into the High Ecological Value waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
77760	"Teviot Brook   water quality assessment_South East Queensland_11858"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into the High Ecological Value waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
77761	"Teviot Brook   water quality assessment_South East Queensland_11858"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the into the High Ecological Value waterway."
77762	"Teviot Brook   water quality assessment_South East Queensland_11858"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into the High Ecological Value waterway.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
77763	"Teviot Brook   water quality assessment_South East Queensland_11858"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry or as waste.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  This excess water in the landscape may cause significant changes in the ecosystem.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
77764	"Teviot Brook   water quality assessment_South East Queensland_11858"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone of this High Ecological Value waterway may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
77765	"Knapps Creek   water quality assessment_South East Queensland_11859"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into into the High Ecological Value waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
77766	"Knapps Creek   water quality assessment_South East Queensland_11859"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into the High Ecological Value waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
77767	"Knapps Creek   water quality assessment_South East Queensland_11859"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the into the High Ecological Value waterway."
77768	"Knapps Creek   water quality assessment_South East Queensland_11859"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into the High Ecological Value waterway.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
77769	"Knapps Creek   water quality assessment_South East Queensland_11859"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry or as waste.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  This excess water in the landscape may cause significant changes in the ecosystem.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
77770	"Knapps Creek   water quality assessment_South East Queensland_11859"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone of this High Ecological Value waterway may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
77999	"Main Range National Park 2_South East Queensland_11898"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into into the High Ecological Value waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78000	"Main Range National Park 2_South East Queensland_11898"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into the High Ecological Value waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78001	"Main Range National Park 2_South East Queensland_11898"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the into the High Ecological Value waterway."
78002	"Main Range National Park 2_South East Queensland_11898"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into the High Ecological Value waterway.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78003	"Main Range National Park 2_South East Queensland_11898"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry or as waste.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  This excess water in the landscape may cause significant changes in the ecosystem.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78004	"Main Range National Park 2_South East Queensland_11898"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone of this High Ecological Value waterway may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78005	"Main Range National Park 3_South East Queensland_11899"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into into the High Ecological Value waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78006	"Main Range National Park 3_South East Queensland_11899"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into the High Ecological Value waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78007	"Main Range National Park 3_South East Queensland_11899"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the into the High Ecological Value waterway."
78008	"Main Range National Park 3_South East Queensland_11899"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into the High Ecological Value waterway.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78009	"Main Range National Park 3_South East Queensland_11899"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry or as waste.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  This excess water in the landscape may cause significant changes in the ecosystem.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78010	"Main Range National Park 3_South East Queensland_11899"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone of this High Ecological Value waterway may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78011	"Lamington National Park 2_South East Queensland_11900"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into into the High Ecological Value waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78012	"Lamington National Park 2_South East Queensland_11900"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the water asset will result in mine water flowing across the landscape and into the High Ecological Value waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78013	"Lamington National Park 2_South East Queensland_11900"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the into the High Ecological Value waterway."
78014	"Lamington National Park 2_South East Queensland_11900"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into the High Ecological Value waterway.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78015	"Lamington National Park 2_South East Queensland_11900"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry or as waste.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into the High Ecological Value waterway.  This excess water in the landscape may cause significant changes in the ecosystem.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78016	"Lamington National Park 2_South East Queensland_11900"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone of this High Ecological Value waterway may be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78035	"Albert River-lower subcatchment waterways_South East Queensland_11904"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78036	"Albert River-lower subcatchment waterways_South East Queensland_11904"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78037	"Albert River-lower subcatchment waterways_South East Queensland_11904"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
78038	"Albert River-lower subcatchment waterways_South East Queensland_11904"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78039	"Albert River-lower subcatchment waterways_South East Queensland_11904"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78040	"Albert River-lower subcatchment waterways_South East Queensland_11904"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78041	"Albert River-lower subcatchment waterways_South East Queensland_11904"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78042	"Albert River-upper subcatchment waterways_South East Queensland_11905"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78043	"Albert River-upper subcatchment waterways_South East Queensland_11905"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78044	"Albert River-upper subcatchment waterways_South East Queensland_11905"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
78045	"Albert River-upper subcatchment waterways_South East Queensland_11905"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78046	"Albert River-upper subcatchment waterways_South East Queensland_11905"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78047	"Albert River-upper subcatchment waterways_South East Queensland_11905"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78048	"Albert River-upper subcatchment waterways_South East Queensland_11905"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78067	"Bremer River-lower subcatchment waterways_South East Queensland_11909"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78068	"Bremer River-lower subcatchment waterways_South East Queensland_11909"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78069	"Bremer River-lower subcatchment waterways_South East Queensland_11909"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
78070	"Bremer River-lower subcatchment waterways_South East Queensland_11909"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78071	"Bremer River-upper subcatchment waterways_South East Queensland_11910"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78072	"Bremer River-upper subcatchment waterways_South East Queensland_11910"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78073	"Bremer River-upper subcatchment waterways_South East Queensland_11910"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
78074	"Bremer River-upper subcatchment waterways_South East Queensland_11910"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78090	"Bulimba Creek subcatchment waterways_South East Queensland_11914"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78091	"Bulimba Creek subcatchment waterways_South East Queensland_11914"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78092	"Bulimba Creek subcatchment waterways_South East Queensland_11914"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78093	"Bulimba Creek subcatchment waterways_South East Queensland_11914"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78094	"Bundamba Creek subcatchment waterways_South East Queensland_11915"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78095	"Bundamba Creek subcatchment waterways_South East Queensland_11915"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78096	"Bundamba Creek subcatchment waterways_South East Queensland_11915"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
78097	"Bundamba Creek subcatchment waterways_South East Queensland_11915"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78098	"Burnett Creek subcatchment waterways_South East Queensland_11916"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78099	"Burnett Creek subcatchment waterways_South East Queensland_11916"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78100	"Burnett Creek subcatchment waterways_South East Queensland_11916"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
78101	"Burnett Creek subcatchment waterways_South East Queensland_11916"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78102	"Burnett Creek subcatchment waterways_South East Queensland_11916"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78103	"Burnett Creek subcatchment waterways_South East Queensland_11916"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78104	"Burnett Creek subcatchment waterways_South East Queensland_11916"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78119	"Canungra Creek subcatchment waterways_South East Queensland_11919"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78120	"Canungra Creek subcatchment waterways_South East Queensland_11919"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78121	"Canungra Creek subcatchment waterways_South East Queensland_11919"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
78122	"Canungra Creek subcatchment waterways_South East Queensland_11919"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78123	"Canungra Creek subcatchment waterways_South East Queensland_11919"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78124	"Canungra Creek subcatchment waterways_South East Queensland_11919"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78125	"Canungra Creek subcatchment waterways_South East Queensland_11919"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78126	"Christmas Creek subcatchment waterways_South East Queensland_11920"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78127	"Christmas Creek subcatchment waterways_South East Queensland_11920"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78128	"Christmas Creek subcatchment waterways_South East Queensland_11920"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
78129	"Christmas Creek subcatchment waterways_South East Queensland_11920"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78130	"Christmas Creek subcatchment waterways_South East Queensland_11920"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78131	"Christmas Creek subcatchment waterways_South East Queensland_11920"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78132	"Christmas Creek subcatchment waterways_South East Queensland_11920"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78141	"Coomera River subcatchment waterways_South East Queensland_11923"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78142	"Coomera River subcatchment waterways_South East Queensland_11923"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78143	"Coomera River subcatchment waterways_South East Queensland_11923"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78144	"Coomera River subcatchment waterways_South East Queensland_11923"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78231	"Knapps-Cannon Creeks subcatchment waterways_South East Queensland_11938"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78232	"Knapps-Cannon Creeks subcatchment waterways_South East Queensland_11938"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78233	"Knapps-Cannon Creeks subcatchment waterways_South East Queensland_11938"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
78234	"Knapps-Cannon Creeks subcatchment waterways_South East Queensland_11938"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78235	"Knapps-Cannon Creeks subcatchment waterways_South East Queensland_11938"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78236	"Knapps-Cannon Creeks subcatchment waterways_South East Queensland_11938"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78237	"Knapps-Cannon Creeks subcatchment waterways_South East Queensland_11938"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78260	"Logan River Estuary subcatchment waterways_South East Queensland_11943"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78261	"Logan River Estuary subcatchment waterways_South East Queensland_11943"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78262	"Logan River Estuary subcatchment waterways_South East Queensland_11943"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
78263	"Logan River Estuary subcatchment waterways_South East Queensland_11943"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78264	"Logan River Estuary subcatchment waterways_South East Queensland_11943"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78265	"Logan River Estuary subcatchment waterways_South East Queensland_11943"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78266	"Logan River Estuary subcatchment waterways_South East Queensland_11943"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78267	"Logan River-lower subcatchment waterways_South East Queensland_11944"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78268	"Logan River-lower subcatchment waterways_South East Queensland_11944"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78269	"Logan River-lower subcatchment waterways_South East Queensland_11944"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
78270	"Logan River-lower subcatchment waterways_South East Queensland_11944"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78271	"Logan River-lower subcatchment waterways_South East Queensland_11944"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78272	"Logan River-lower subcatchment waterways_South East Queensland_11944"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78273	"Logan River-lower subcatchment waterways_South East Queensland_11944"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78274	"Logan River-middle subcatchment waterways_South East Queensland_11945"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78275	"Logan River-middle subcatchment waterways_South East Queensland_11945"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78276	"Logan River-middle subcatchment waterways_South East Queensland_11945"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
78277	"Logan River-middle subcatchment waterways_South East Queensland_11945"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78278	"Logan River-middle subcatchment waterways_South East Queensland_11945"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78279	"Logan River-middle subcatchment waterways_South East Queensland_11945"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78280	"Logan River-middle subcatchment waterways_South East Queensland_11945"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78281	"Logan River-upper subcatchment waterways_South East Queensland_11946"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78282	"Logan River-upper subcatchment waterways_South East Queensland_11946"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78283	"Logan River-upper subcatchment waterways_South East Queensland_11946"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
78284	"Logan River-upper subcatchment waterways_South East Queensland_11946"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78285	"Logan River-upper subcatchment waterways_South East Queensland_11946"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78286	"Logan River-upper subcatchment waterways_South East Queensland_11946"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78287	"Logan River-upper subcatchment waterways_South East Queensland_11946"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78288	"Lower Brisbane River-central creeks subcatchment waterways_South East Queensland_11947"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78289	"Lower Brisbane River-central creeks subcatchment waterways_South East Queensland_11947"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78290	"Lower Brisbane River-central creeks subcatchment waterways_South East Queensland_11947"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78291	"Lower Brisbane River-central creeks subcatchment waterways_South East Queensland_11947"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78292	"Lower Brisbane-western creeks subcatchment waterways_South East Queensland_11948"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78293	"Lower Brisbane-western creeks subcatchment waterways_South East Queensland_11948"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78294	"Lower Brisbane-western creeks subcatchment waterways_South East Queensland_11948"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
78295	"Lower Brisbane-western creeks subcatchment waterways_South East Queensland_11948"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78296	"Lower Brisbane-western creeks subcatchment waterways_South East Queensland_11948"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78297	"Lower Brisbane-western creeks subcatchment waterways_South East Queensland_11948"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78298	"Lower Brisbane-western creeks subcatchment waterways_South East Queensland_11948"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78352	"Nerang River subcatchment waterways_South East Queensland_11957"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78353	"Nerang River subcatchment waterways_South East Queensland_11957"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78354	"Nerang River subcatchment waterways_South East Queensland_11957"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78355	"Nerang River subcatchment waterways_South East Queensland_11957"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78386	"Oxley Creek subcatchment waterways_South East Queensland_11964"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78387	"Oxley Creek subcatchment waterways_South East Queensland_11964"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78388	"Oxley Creek subcatchment waterways_South East Queensland_11964"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78389	"Oxley Creek subcatchment waterways_South East Queensland_11964"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78405	"Purga Creek subcatchment waterways_South East Queensland_11968"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78406	"Purga Creek subcatchment waterways_South East Queensland_11968"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78407	"Purga Creek subcatchment waterways_South East Queensland_11968"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
78408	"Purga Creek subcatchment waterways_South East Queensland_11968"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78409	"Purga Creek subcatchment waterways_South East Queensland_11968"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78410	"Purga Creek subcatchment waterways_South East Queensland_11968"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78411	"Purga Creek subcatchment waterways_South East Queensland_11968"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78412	"Redland Coast subcatchment waterways_South East Queensland_11969"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78413	"Redland Coast subcatchment waterways_South East Queensland_11969"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78414	"Redland Coast subcatchment waterways_South East Queensland_11969"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78415	"Redland Coast subcatchment waterways_South East Queensland_11969"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78423	"Reynolds Creek subcatchment waterways_South East Queensland_11971"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78424	"Reynolds Creek subcatchment waterways_South East Queensland_11971"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78425	"Reynolds Creek subcatchment waterways_South East Queensland_11971"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
78426	"Reynolds Creek subcatchment waterways_South East Queensland_11971"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78427	"Reynolds Creek subcatchment waterways_South East Queensland_11971"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78428	"Reynolds Creek subcatchment waterways_South East Queensland_11971"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78429	"Reynolds Creek subcatchment waterways_South East Queensland_11971"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78430	"Running Creek (Logan) subcatchment waterways_South East Queensland_11972"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78431	"Running Creek (Logan) subcatchment waterways_South East Queensland_11972"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78432	"Running Creek (Logan) subcatchment waterways_South East Queensland_11972"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
78433	"Running Creek (Logan) subcatchment waterways_South East Queensland_11972"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78434	"Running Creek (Logan) subcatchment waterways_South East Queensland_11972"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78435	"Running Creek (Logan) subcatchment waterways_South East Queensland_11972"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78436	"Running Creek (Logan) subcatchment waterways_South East Queensland_11972"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78458	"South Western Suburbs Creeks subcatchment waterways_South East Queensland_11976"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78459	"South Western Suburbs Creeks subcatchment waterways_South East Queensland_11976"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78460	"South Western Suburbs Creeks subcatchment waterways_South East Queensland_11976"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
78461	"South Western Suburbs Creeks subcatchment waterways_South East Queensland_11976"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78462	"South Western Suburbs Creeks subcatchment waterways_South East Queensland_11976"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78463	"South Western Suburbs Creeks subcatchment waterways_South East Queensland_11976"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78464	"South Western Suburbs Creeks subcatchment waterways_South East Queensland_11976"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78483	"Teviot Brook-lower subcatchment waterways_South East Queensland_11980"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78484	"Teviot Brook-lower subcatchment waterways_South East Queensland_11980"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78485	"Teviot Brook-lower subcatchment waterways_South East Queensland_11980"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
78486	"Teviot Brook-lower subcatchment waterways_South East Queensland_11980"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78487	"Teviot Brook-lower subcatchment waterways_South East Queensland_11980"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78488	"Teviot Brook-lower subcatchment waterways_South East Queensland_11980"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78489	"Teviot Brook-lower subcatchment waterways_South East Queensland_11980"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78490	"Teviot Brook-upper subcatchment waterways_South East Queensland_11981"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78491	"Teviot Brook-upper subcatchment waterways_South East Queensland_11981"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78492	"Teviot Brook-upper subcatchment waterways_South East Queensland_11981"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
78493	"Teviot Brook-upper subcatchment waterways_South East Queensland_11981"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78494	"Teviot Brook-upper subcatchment waterways_South East Queensland_11981"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78495	"Teviot Brook-upper subcatchment waterways_South East Queensland_11981"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78496	"Teviot Brook-upper subcatchment waterways_South East Queensland_11981"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78497	"Tingalpa Creek subcatchment waterways_South East Queensland_11982"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits.  Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78498	"Tingalpa Creek subcatchment waterways_South East Queensland_11982"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78499	"Tingalpa Creek subcatchment waterways_South East Queensland_11982"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"This asset lies outside current coal exploration permits, but there is no guarantee that new permits covering this area will not be granted, so the impacts are listed as the same as those areas within current coal exploration permits. Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78500	"Tingalpa Creek subcatchment waterways_South East Queensland_11982"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78515	"Warrill Creek-lower subcatchment waterways_South East Queensland_11985"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78516	"Warrill Creek-lower subcatchment waterways_South East Queensland_11985"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78517	"Warrill Creek-lower subcatchment waterways_South East Queensland_11985"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
78518	"Warrill Creek-lower subcatchment waterways_South East Queensland_11985"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78519	"Warrill Creek-lower subcatchment waterways_South East Queensland_11985"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78520	"Warrill Creek-lower subcatchment waterways_South East Queensland_11985"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78521	"Warrill Creek-lower subcatchment waterways_South East Queensland_11985"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78522	"Warrill Creek-middle subcatchment waterways_South East Queensland_11986"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78523	"Warrill Creek-middle subcatchment waterways_South East Queensland_11986"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78524	"Warrill Creek-middle subcatchment waterways_South East Queensland_11986"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
78525	"Warrill Creek-middle subcatchment waterways_South East Queensland_11986"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78526	"Warrill Creek-middle subcatchment waterways_South East Queensland_11986"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78527	"Warrill Creek-middle subcatchment waterways_South East Queensland_11986"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78528	"Warrill Creek-middle subcatchment waterways_South East Queensland_11986"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78529	"Warrill Creek-upper subcatchment waterways_South East Queensland_11987"	"Coal mining"	"Potential"	"Flow pattern"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78530	"Warrill Creek-upper subcatchment waterways_South East Queensland_11987"	"Coal mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78531	"Warrill Creek-upper subcatchment waterways_South East Queensland_11987"	"Coal mining"	"Potential"	"Water Quantity"	"Low"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
78532	"Warrill Creek-upper subcatchment waterways_South East Queensland_11987"	"Coal seam gas mining"	"Potential"	"Flow pattern"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  If the latter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  The change in the frequency of flows within the waterway may cause significant changes in its ecological make-up.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78533	"Warrill Creek-upper subcatchment waterways_South East Queensland_11987"	"Coal seam gas mining"	"Potential"	"Water Quality"	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is often acidic and saline (depending on the coal seam) and detrimental to any ecosystem in comes into contact with.  The coal seam gas water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the coal seam gas water dams in a catchment above the water asset will result in coal seam gas water flowing across the landscape and into waterways.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  Furthermore, in some instances toxic chemicals are used to ""frack"" the coal seam to allow greater gas production, and this fluid also needs to be stored on the surface during this ""fracking"" process.  Some of these chemicals are extremely toxic and carcinogenic and may cause significant detrimental impacts to the waterway and the biota that live in it.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise. "
78534	"Warrill Creek-upper subcatchment waterways_South East Queensland_11987"	"Coal seam gas mining"	"Potential"	"Water Quantity"	"Medium"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?"	"Coal seam gas mining usually includes some extraction of water from the coal seam.  This water is sometimes re-injected into the well / aquifer, and in other cases depending on water quality is allowed to flow into the environment or be used in primary industry.  Ilatter occurs, then the release of coal seam gas water may result in water flowing across the landscape and into waterways.  This excess water in the landscape may cause significant changes in the wetland ecosystem size and frequency of flows.  Alternatively, if water is taken out of the aquifer, or any fracturing of ground water aquifers that supply the waterway with life-giving water causes within aquifer flow patterns to change, it may reduce the quantity of water and thus flow frequency and volumes may significantly decrease causing significant impacts to the health of the aquatic ecosystems in the waterway."
78535	"Warrill Creek-upper subcatchment waterways_South East Queensland_11987"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
78536	"Western-Franklin Vale Creeks subcatchment waterways_South East Queensland_11988"	"Coal mining"	"Existing and potential expansion"	"Flow pattern"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water is usually stored in earth dams, but sometimes, depending on the water quality, mine water may be released into the environment at regular intervals (eg. to protect dams from catastrophic failure during extreme events).  Any release of mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.   The changed frequency of flows within the waterway may cause significant changes in its ecological make-up."
78537	"Western-Franklin Vale Creeks subcatchment waterways_South East Queensland_11988"	"Coal mining"	"Existing and potential expansion"	"Water Quality"	"High"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway.  Mine water is often acidic, containing compounds (such as heavy metals) that are toxic to fauna and flora, including humans.  This toxic water would settle in pools within the waterway and poison the basal sediment upon which the ecosystem's health depends.  In addition, the asset's aquatic ecosystem provides ecosystem services that help purify the water that is later used for primary human consumption.  Any collapse of the ecosystem could have a dramatic effect on water quality that could take years to recover from, affecting the residents of SEQ both financially and health wise."
78538	"Western-Franklin Vale Creeks subcatchment waterways_South East Queensland_11988"	"Coal mining"	"Existing and potential expansion"	"Water Quantity"	"Medium"	"Current mitigation not known.  Appropriate Mitigation conditions for future development impacts will be determined through the Development Approvals process and set according to the location.  Impacts still depend on compliance?"	"Coal mines usually pump water out of the mine to keep it dry and to dewater the coal.  This water has to be stored in earth dams that are susceptible to extreme weather events such as cyclonic rain.  Any overtopping of or breach of the mine water dams in a catchment above the waterway will result in mine water flowing across the landscape and into the waterway."
78539	"Western-Franklin Vale Creeks subcatchment waterways_South East Queensland_11988"	"Transportation and service corridors"	"Potential"	"Habitat "	"High"	"Potential activity - Subject to Development Approvals process with appropriate mitigation conditions for future development impacts set according to the location.  Impacts still depend on compliance?  Direct the development of infrastruture outside of thi"	"Both coal mining and coal seam gas mining require transport corridors such as roads, railways and pipelines to be constructed.  The location of this infrastructure is not yet known and may be wherever the best route from source to consumer may be.  This may also include activities from other regions such as western and central Queensland and northern New South Wales.  Wherever this infrastructure is built it is likely to cause habitat destruction.  Pipe-lines and roads generally follow waterways due to the level nature of the land so there is likely to be significant lengths of transport corridor directly adjacent to waterways.  The riparian zone bay be significantly impacted by new and/or upgraded infrastructure.  Also, the liklihood of spillages from road accidents or pipeline breakages is significant due to the parallel nature of the infrastructure."
